Surface Chemistry Cleaning Applications

SURFACE CHEMISTRY CLEANING APPLICATIONS FORMULARY

TABLE OF CONTENTS

MAIN COMPONENT SECTION Berol® 226 SA……………………………………………………………. A

Berol® TFR……………………………………………………………….. B

Berol® DGR 81…………………………………………………………… C

Berol® LFG 61……………………………………………………………. D

Berol® 260………………………………………………………………… E

Berol® 840………………………………………………………………… F

Arquad® 2C-75…………………………………………………………… G

Hydrochloric Acid………………………………………………………. H

Citric Acid……………………………………………………………….. J

Sulfamic Acid…………………………………………………………… K

Chain Lubes……………………………………………………………. L

Berol® 522……………………………………………………………….. M

Hydrogen Peroxide……………………………………………………. N

Sodium Hypochlorite………………………………………………….. O

Arquad® T-50……………………………………………………………. P

Berol® 239……………………………………………………………….. P

INDEX……………………………………………………………………… Z

Publication #: SC03-02

SURFACE CHEMISTRY CLEANING APPLICATIONS, NORTH AMERICA

FORMULATION #100-226-01

APPLICATIONS

All Purpose Cleaner Alkaline Degreaser Water-based Degreaser Water-based Degreaser Hard Surface Cleaner Hard Surface Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 9 - Berol® 226 SA 9 - TKPP (100%) 10 - TKPP (100%) 10 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the TKPP in water Dissolve the TKPP in water Add the Berol® 226 SA Add the Berol® 226 SA

DILUTION RECOMMENDATIONS: DILUTION RECOMMENDATIONS: 1:10-1:70 1:10-1:70

REMARKS: REMARKS:

pH (10% solution in water): 10 pH (10% solution in water): 10

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Berol® is a registered trademark of Akzo Nobel Surface Chemistry AB.


©2003 Akzo Nobel Surface Chemistry LLC ©2003 Akzo Nobel Surface Chemistry LLC

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• Engine Degreaser • All Purpose Cleaner • Floor Cleaner

APPLICATIONS


• Industrial Cleaner • Water-based Degreaser • Hard Surface Cleaner

COMPOSITION CONCENTRATION (%) - Berol® 226 SA 9 - TKPP (100%) 6 - Na Metasilicate 5 H2O (100%) 4 - Water Balance

MIXING PROCEDURE:

Dissolve the TKPP and Metasilicate in water Add the Berol® 226 SA

DILUTION RECOMMENDATIONS:

Engine Degreasing 1:5-1:10 Others 1:20-1:60

REMARKS:

pH (10% solution): 12


©2003 Akzo Nobel Surface Chemistry LLC

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SURFACE CHEMISTRY

CLEANING APPLICATIONS, NORTH AMERICA

• Car Shampoo • Vehicle Cleaner • Pre-spotter (Industrial)

APPLICATIONS


• Floor Cleaner • Water-based Degreaser • Hard Surface Cleaner

COMPOSITION CONCENTRATION (%) - Berol® 226 SA 9 - TKPP (100%) 3 - Na Metasilicate 5 H2O (100%) 3 - Na(4)EDTA (40%) 7 - Water Balance

MIXING PROCEDURE:

Dissolve the TKPP and Metasilicate in water Dissolve the EDTA Add the Berol® 226 SA

DILUTION RECOMMENDATIONS:

Heavy Duty cleaning 1:5-1:10 Medium Duty cleaning 1:20-1:40 Light Duty cleaning 1:50-1:100

REMARKS:

pH (10% solution): 11.5



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SURFACE CHEMISTRY



APPLICATIONS

All Purpose Cleaner Water-based Degreaser Alkaline Degreaser Alkaline Degreaser

Hard Surface Cleaner Hard Surface Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 9 - Berol® 226 SA 9 - TKPP (100%) 4 - TKPP (100%) 4 - Na(4)EDTA (40%) 9 - Na(4)EDTA (40%) 9 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the TKPP in water Dissolve the TKPP in water Dissolve the EDTA Dissolve the EDTA Add the Berol® 226 SA Add the Berol® 226 SA

DILUTION RECOMMENDATIONS: DILUTION RECOMMENDATIONS:

Heavy Duty cleaning 1:5-1:10 Heavy Duty cleaning 1:5-1:10 Medium Duty cleaning 1:20-1:40 Medium Duty cleaning 1:20-1:40 Light Duty cleaning 1:50-1:100 Light Duty cleaning 1:50-1:100

REMARKS: REMARKS:

pH (10% solution): 11 pH (10% solution): 11




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SURFACE CHEMISTRY



APPLICATIONS

Heavy Duty Cleaner Industrial Cleaner Phosphate-Free Cleaner Phosphate-Free Cleaner

Concentrated Cleaner Concentrated Cleaner Water-based Degreaser Water-based Degreaser Hard Surface Cleaner Hard Surface Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 25 - Berol® 226 SA 25 - Na(4)EDTA (40%) 11.5 - Na(4)EDTA (40%) 11.5 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the EDTA in water Dissolve the EDTA in water Add the Berol® 226 SA Add the Berol® 226 SA



REMARKS: REMARKS:





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SURFACE CHEMISTRY



APPLICATIONS

All Purpose Cleaner Floor Cleaner Alkaline Degreaser Alkaline Degreaser

Water-based Degreaser Water-based Degreaser Hard Surface Cleaner Hard Surface Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 9 - Berol® 226 SA 9 - TKPP (100%) 4 - TKPP (100%) 4 - Dequest® 2060 2 - Dequest® 2060 2 - Na(4)EDTA (40%) 3.6 - Na(4)EDTA (40%) 3.6 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the TKPP in water Dissolve the TKPP in water Dissolve the EDTA and Dequest® 2010 Dissolve the EDTA and Dequest® 2010 Add the Berol® 226 SA Add the Berol® 226 SA



All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Berol® is a registered trademark of Akzo Nobel Surface Chemistry AB. Dequest® is a registered trademark of Solutia, Inc.



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APPLICATIONS

Phosphate-Free Cleaner All Purpose Cleaner e Cleaner Alkaline Degreaser Alkaline Degreaser


COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 9 - Berol® 226 SA 9 - Na(4)EDTA (40%) 23 - Na(4)EDTA (40%) 23 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the EDTA in water Dissolve the EDTA in water Add the Berol® 226 SA Add the Berol® 226 SA


1:10-1:60 1:10-1:60




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APPLICATIONS

Phosphate-Free Cleaner All Purpose Cleaner Alkaline Degreaser Alkaline Degreaser


COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 9 - Berol® 226 SA 9 - Na(4)EDTA (40%) 14 - Na(4)EDTA (40%) 14 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the EDTA and Citric Acid in water Dissolve the EDTA and Citric Acid in water Add the Berol® 226 SA Add the Berol® 226 SA


1:10-1:60 1:10-1:60




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APPLICATIONS

All Purpose Cleaner Phosphate-Free Cleaner Alkaline Degreaser Alkaline Degreaser


COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 9 - Berol® 226 SA 9 - Trisodium Citrate (100%) 6 - Trisodium Citrate (100%) 6 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the Trisodium citrate in water Dissolve the Trisodium citrate in water Add the Berol® 226 SA Add the Berol® 226 SA


1:10-1:60 1:10-1:60




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APPLICATIONS

All Purpose Cleaner Phosphate-Free Cleaner Industrial Cleaner Industrial Cleaner


COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 9 - Berol® 226 SA 9 - Na Metasilicate 5 H2O (100%) 3 - Na Metasilicate 5 H2O (100%) 3 - Trisodium Citrate (100%) 6 - Trisodium Citrate (100%) 6 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the Metasilicate and Trisodium citrate in water Dissolve the Metasilicate and Trisodium citrate in water Add the Berol® 226 SA Add the Berol® 226 SA





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APPLICATIONS

All Purpose Cleaner Floor Cleaner Alkaline Degreaser Alkaline Degreaser


COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 9 - Berol® 226 SA 9 - Trisodium Citrate (100%) 6 - Trisodium Citrate (100%) 6 - Na(4)EDTA (40%) 4.5 - Na(4)EDTA (40%) 4.5 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the Trisodium citrate in water Dissolve the Trisodium citrate in water Dissolve the EDTA Dissolve the EDTA Add the Berol® 226 SA Add the Berol® 226 SA





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APPLICATIONS

RTU All Purpose Cleaner RTU Med. Foam Floor Cleaner RTU Pre-Spotter (for Household) or Household) Water-based Degreaser Water-based Degreaser RTU Hard Surface Cleaner RTU Hard Surface Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 1-2 - Berol® 226 SA 1-2 - STPP (100%), TKPP (100%) or EDTA (40%) 1 - STPP (100%), TKPP (100%) or EDTA (40%) 1 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the STPP, TKPP or EDTA in water Dissolve the STPP, TKPP or EDTA in water Add the Berol® 226 SA Add the Berol® 226 SA

DILUTION RECOMMENDATIONS: DILUTION RECOMMENDATIONS: Ready to use Ready to use




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APPLICATIONS

Heavy Duty Cleaner Industrial Cleaner Industrial Cleaner Hard Surface Cleaner Hard Surface Cleaner Vehicle Cleaner Vehicle Cleaner Water-based Degreaser Water-based Degreaser Alkaline Cleaner/Degreaser Alkaline Cleaner/Degreaser

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 3 - Berol® 226 SA 3 - Na Metasilicate 5 H2O (100%) 2.1 - Na Metasilicate 5 H2O (100%) 2.1 - Na(4)EDTA (40%) 0.6 - Na(4)EDTA (40%) 0.6 - NaOH (40%) 0.9 - NaOH (40%) 0.9 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the Metasilicate in water Dissolve the Metasilicate in water Dissolve the EDTA and NaOH Dissolve the EDTA and NaOH Add the Berol® 226 SA Add the Berol® 226 SA

DILUTION RECOMMENDATIONS: DILUTION RECOMMENDATIONS: Medium Duty cleaning 1:5 Medium Duty cleaning 1:5 Light Duty cleaning 1:30 Light Duty cleaning 1:30




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SURFACE CHEMISTRY



APPLICATIONS

Hard Surface Cleaner Heavy Duty Cleaner Concentrated Cleaner Concentrated Cleaner

Alkaline Degreaser Alkaline Degreaser All Purpose Cleaner All Purpose Cleaner Water-based Degreaser Water-based Degreaser Industrial Cleaner Industrial Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 25 - Berol® 226 SA 25 - Dequest® 2016 18 - Dequest® 2016 18 - Na Metasilicate 5 H2O (100%) 2 - Na Metasilicate 5 H2O (100%) 2 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the Sodium Metasilicate in water Dissolve the Sodium Metasilicate in water Add the Dequest® 2016 Add the Dequest® 2016 Add the Berol® 226 SA Add the Berol® 226 SA


Heavy Duty cleaning 1:10 Heavy Duty cleaning 1:10 Medium Duty cleaning 1:40 Medium Duty cleaning 1:40 Light Duty cleaning 1:100 Light Duty cleaning 1:100

REMARKS: REMARKS:

This formula contains phosphorus, but no phosphates. Dequest® is a phosphonate, obtained from Solutia, Inc. This formula contains phosphorus, but no phosphates. Dequest® is a phosphonate, obtained from Solutia, Inc.




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APPLICATIONS

Hard Surface Cleaner Viscous Alkaline Cleaner Heavy Duty Cleaner Heavy Duty Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 9 - Berol® 226 SA 9 - Na Metasilicate 5 H2O (100%) 2 - Na Metasilicate 5 H2O (100%) 2 - TKPP (100%) 4 - TKPP (100%) 4 - Elfacos® T212 2.5 - Elfacos® T212 2.5 - Berol® 563 SA 6 - Berol® 563 SA 6 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE:

In one vessel, pre-blend the Berol® 226 SA, Berol® 563 SA and Elfacos® T212 (add Elfacos® slowly) In one vessel, pre-blend the Berol® 226 SA, Berol® 563 SA and Elfacos® T212 (add Elfacos® slowly) In a separate vessel, dissolve the Sodium Metasilicate and TKPP in water In a separate vessel, dissolve the Sodium Metasilicate and TKPP in water Add vessel #1 to vessel #2 Add vessel #1 to vessel #2



REMARKS: REMARKS:

Viscosity: ~200 cp Viscosity: ~200 cp

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Berol® and Elfacos® are registered trademarks of Akzo Nobel Surface Chemistry AB.



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SURFACE CHEMISTRY



APPLICATIONS

Floor Cleaner Concentrate All Purpose Cleaner e Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 6 - Berol® 226 SA 6 - TKPP (100%) 5 - TKPP (100%) 5 - Water Balance - Water Balance


Dissolve the TKPP in water Dissolve the TKPP in water Add the Berol® 226 SA Add the Berol® 226 SA

DILUTION RECOMMENDATIONS: DILUTION RECOMMENDATIONS: 1:30 1:30




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APPLICATIONS

Aircraft Cleaner Aluminum Cleaner Train Cleaner Train Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 9 - Berol® 226 SA 9 - TKPP (100%) 6 - TKPP (100%) 6 - Na Disilicate 4 - Na Disilicate 4 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the TKPP and sodium disilicate in water Dissolve the TKPP and sodium disilicate in water Add the Berol® 226 SA Add the Berol® 226 SA

DILUTION RECOMMENDATIONS: DILUTION RECOMMENDATIONS: Aircraft Cleaner 1:10; Others 1:40 Aircraft Cleaner 1:10; Others 1:40 pH (5%): 10.8 pH (5%): 10.8 This formulation has passed the Boeing D6-17487 Revision H test regarding: This formulation has passed the Boeing D6-17487 Revision H test regarding:

- Sandwich Corrosion Test - Sandwich Corrosion Test - Acrylic Crazing Test - Acrylic Crazing Test - Paint Softening Test - Paint Softening Test - Hydrogen Embrittlement Test - Hydrogen Embrittlement Test




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SURFACE CHEMISTRY



APPLICATIONS

Viscous Neutral Cleaner Manual Car Wash Vehicle Cleaner Vehicle Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 10 - Berol® 226 SA 10 - Dequest® 2010 2 - Dequest® 2010 2 - Elfacos® T212 2 - Elfacos® T212 2 - Berol® 563 SA 0.2 - Berol® 563 SA 0.2 - NaOH (40%) 1.54 - NaOH (40%) 1.54 - Water Balance - Water Balance


Add the Elfacos® T212 slowly to Berol® 226 SA Add the Elfacos® T212 slowly to Berol® 226 SA Add the Berol® 563 SA to the above mix Add the Berol® 563 SA to the above mix Add the entire mix to water Add the entire mix to water Add the Dequest® 2010 Add the Dequest® 2010 Add the NaOH Add the NaOH


Heavy Duty cleaning 1:10 Heavy Duty cleaning 1:10 Medium – Light Duty cleaning 1:40-1:80 Medium – Light Duty cleaning 1:40-1:80

REMARKS: REMARKS:

pH: 7.11 (with viscosity). Dequest® is a phosphonate that can be obtained from Solutia, Inc. pH: 7.11 (with viscosity). Dequest® is a phosphonate that can be obtained from Solutia, Inc.

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Berol® and Elfacos® are registered trademarks of Akzo Nobel Surface Chemistry AB. Dequest® is a registered trademark of Solutia, Inc.



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SURFACE CHEMISTRY

APPLICATIONS
Phosphoric Acid Cleaner Metal Cleaner (non-ferrous) Wheel Cleaner

COMPOSITION CONCENTRATION (%) - Berol® 226 SA 5 - Phosphoric Acid 20 - Citric Acid 1-2 - Dequest® 2010 0-5 - Water Balance

MIXING PROCEDURE: Add the Acids to water Add the Dequest® 2010 Add the Berol® 226 SA

DILUTION RECOMMENDATIONS: 1:100



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SURFACE CHEMISTRY



APPLICATIONS

Viscous Cleaner Hand Cleaner Gel Hand Cleaner Gel

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 4-6 - Berol® 226 SA 4-6 - Elfacos® CD 481 2 - Elfacos® CD 481 2 - Water Balance - Water Balance


Add the Elfacos® to half of the water Add the Elfacos® to half of the water Add the Berol® 226 SA to the other half of water Add the Berol® 226 SA to the other half of water Add the two together Add the two together

DILUTION RECOMMENDATIONS: DILUTION RECOMMENDATIONS: Ready to use. Ready to use.

REMARKS: REMARKS: Addition of a small amount of caustic to the water increases the hydration rate of the Elfacos® CD 481. Addition of a small amount of caustic to the water increases the hydration rate of the Elfacos® CD 481.




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APPLICATIONS

Hard Surface Neutral Cleaner Vehicle Cleaner Metal Cleaner Metal Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 9 - Berol® 226 SA 9 - Dequest® 2010 3 - Dequest® 2010 3 - KOH (40%) 5.75 - KOH (40%) 5.75 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the Dequest® 2010 in water Dissolve the Dequest® 2010 in water Add the Berol® 226 SA Add the Berol® 226 SA Adjust to required pH with KOH (typical pH: 7-9) Adjust to required pH with KOH (typical pH: 7-9)



REMARKS: REMARKS:

Neutral formulation with excellent degreasing. Synergistic interaction with phosphonate (Dequest®) Neutral formulation with excellent degreasing. Synergistic interaction with phosphonate (Dequest®) This formula contains phosphorus, but no phosphates. Dequest® is a phosphonate obtained from Solutia, Inc. This formula contains phosphorus, but no phosphates. Dequest® is a phosphonate obtained from Solutia, Inc.




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SURFACE CHEMISTRY



APPLICATIONS

Bathroom Cleaner Wheel Cleaner Non-ferrous Cleaner Non-ferrous Cleaner

Descaling/Degreasing Descaling/Degreasing Acid Cleaner (Phosphoric) Acid Cleaner (Phosphoric)

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 5-10 - Berol® 226 SA 5-10 - Phosphoric Acid (100%) 20 - Phosphoric Acid (100%) 20 - Citric Acid (100) 0-5 - Citric Acid (100) 0-5 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the Acids to the water Add the Acids to the water Add the Berol® 226 SA Add the Berol® 226 SA





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SURFACE CHEMISTRY



APPLICATIONS

Laundry Detergent

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 226 SA 10-15 - Berol® 226 SA 10-15 - Witconol® 25-7 2 - Witconol® 25-7 2 - Soda Ash (100%) 2-6 - Soda Ash (100%) 2-6 - Na Disilicate (100%) 2 - Na Disilicate (100%) 2 - Optical Brightener 0.2 - Optical Brightener 0.2 - Dye 0.002 - Dye 0.002 - Water Balance - Water Balance


Dissolve the Soda Ash in water Dissolve the Soda Ash in water Dissolve the Sodium disilicate in the above mix Dissolve the Sodium disilicate in the above mix Add the Witconol® 25-7 to the water solution above Add the Witconol® 25-7 to the water solution above Add the Berol® 226 SA to the above mix Add the Berol® 226 SA to the above mix Add the Dye and Optical Brightener Add the Dye and Optical Brightener


0.2-0.6% in water 0.2-0.6% in water

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Berol® is a registered trademark of Akzo Nobel Surface Chemistry AB. Witconol® is a registered trademark of Akzo Nobel Industrial Specialties, Inc.



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SURFACE CHEMISTRY


FORMULATION #200-TFR-01

APPLICATIONS

Car Wash Alkaline Cleaner Vehicle Cleaner Vehicle Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® TFR 9 - Berol® TFR 9 - TKPP (100%) 6 - TKPP (100%) 6 - Silicate D (100%) 4 - Silicate D (100%) 4 - Water Balance - Water Balance


Dissolve the TKPP and Silicate D in water Dissolve the TKPP and Silicate D in water Add the Berol® TFR Add the Berol® TFR


1:10-1:80 1:10-1:80

DILUTION RECOMMENDATIONS: DILUTION RECOMMENDATIONS: pH: 12 pH: 12




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SURFACE CHEMISTRY


FORMULATION #200-TFR-02

APPLICATIONS

Touchless Car Wash Concentrate

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® TFR 9 - Berol® TFR 9 - Lauramine Oxide* 0-1 - Lauramine Oxide* 0-1 - Na(4)EDTA (40%) 9-15 - Na(4)EDTA (40%) 9-15 - TKPP (100%) 4 - TKPP (100%) 4 - Na Metasilicate 5 H2O (100%) 2 - Na Metasilicate 5 H2O (100%) 2 - Water Balance - Water Balance


Dissolve the TKPP and Metasilicate in water Dissolve the TKPP and Metasilicate in water Add the EDTA to the above mix Add the EDTA to the above mix In a separate vessel, add the Lauramine Oxide to Berol® TFR In a separate vessel, add the Lauramine Oxide to Berol® TFR Mix the two vessels together Mix the two vessels together


1:75 1:75 REMARKS: REMARKS:

Solution pH: 13 Solution pH: 13 *Lauramine Oxide is only required for boosting of foam *Lauramine Oxide is only required for boosting of foam *There are patents about the use of amine oxides in this type of application. Please check to see if your final formulation is not infringing any patents.

*There are patents about the use of amine oxides in this type of application. Please check to see if your final formulation is not infringing any patents.




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SURFACE CHEMISTRY


FORMULATION #300-DGR-01

APPLICATIONS

Low Foam Hard Surface Cleaner Low Foam Heavy Duty Cleaner Cleaner Vehicle Cleaner Vehicle Cleaner Low Foam All Purpose Cleaner Low Foam All Purpose Cleaner Low Foam Floor Cleaner Low Foam Floor Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 10 - Berol® DGR-81 10 - TKPP (100%) 10 - TKPP (100%) 10 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the TKPP in water Dissolve the TKPP in water Add the Berol® DGR-81 Add the Berol® DGR-81


REMARKS: REMARKS: pH (10% solution): 10 pH (10% solution): 10




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APPLICATIONS

Low Foam Heavy Duty Cleaner Vehicle Cleaner Industrial Cleaner Industrial Cleaner

Low Foam Hard Surface Cleaner Low Foam Hard Surface Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 10 - Berol® DGR-81 10 - TKPP (100%) 6 - TKPP (100%) 6 - Na Metasilicate 5 H2O (100%) 2 - Na Metasilicate 5 H2O (100%) 2 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the TKPP and Metasilicate in water Dissolve the TKPP and Metasilicate in water Add the Berol® DGR-81 Add the Berol® DGR-81


1:10-1:70 1:10-1:70 REMARKS: REMARKS:





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SURFACE CHEMISTRY



APPLICATIONS

Low Foam Heavy Duty Cleaner Car Wash Vehicle Cleaner le Cleaner Industrial Cleaner Industrial Cleaner Low Foam Hard Surface Cleaner Low Foam Hard Surface Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 10 - Berol® DGR-81 10 - TKPP (100%) 3 - TKPP (100%) 3 - Na Metasilicate 5 H2O (100%) 2 - Na Metasilicate 5 H2O (100%) 2 - Na(4)EDTA (40%) 3 - Na(4)EDTA (40%) 3 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the TKPP and Metasilicate in water Dissolve the TKPP and Metasilicate in water Add the EDTA Add the EDTA Add the Berol® DGR-81 Add the Berol® DGR-81


1:10-1:70 1:10-1:70 REMARKS: REMARKS:





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SURFACE CHEMISTRY



APPLICATIONS



COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 10 - Berol® DGR-81 10 - TKPP (100%) 4 - TKPP (100%) 4 - Na(4)EDTA (40%) 4 - Na(4)EDTA (40%) 4 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the TKPP in water Dissolve the TKPP in water Add the EDTA Add the EDTA Add the Berol® DGR-81 Add the Berol® DGR-81


1:10-1:70 1:10-1:70

REMARKS: REMARKS: pH (10% solution): 11 pH (10% solution): 11




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SURFACE CHEMISTRY



APPLICATIONS

Low Foam Heavy Duty Cleaner Vehicle Cleaner e Cleaner

Industrial Cleaner Industrial Cleaner Low Foam Hard Surface Cleaner Low Foam Hard Surface Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 10 - Berol® DGR-81 10 - Na(4)EDTA (40%) 10 - Na(4)EDTA (40%) 10 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add EDTA to water Add EDTA to water Add Berol® DGR-81 Add Berol® DGR-81


1:10-1:70 1:10-1:70 REMARKS: REMARKS:

pH (10% solution): 11 pH (10% solution): 11 This formula contains no phosphorus This formula contains no phosphorus




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SURFACE CHEMISTRY



APPLICATIONS

Low Foam Heavy Duty Cleaner Industrial Cleaner Low Foam Hard Surface Cleaner Low Foam Hard Surface Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 35 - Berol® DGR-81 35 - Na(4)EDTA (40%) 18 - Na(4)EDTA (40%) 18 - Na Metasilicate 5 H2O (100%) 2 - Na Metasilicate 5 H2O (100%) 2 - Water Balance - Water Balance


Dissolve the Metasilicate in water Dissolve the Metasilicate in water +Add the EDTA +Add the EDTA Add the Berol® DGR-81 Add the Berol® DGR-81


1:40-1:120 1:40-1:120 REMARKS: REMARKS:





Page C-6 Page C-6

SURFACE CHEMISTRY



APPLICATIONS



COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 25 - Berol® DGR-81 25 - Na(4)EDTA (40%) 10 - Na(4)EDTA (40%) 10 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the EDTA to the water Add the EDTA to the water Add the Berol® DGR-81 Add the Berol® DGR-81


1:40-1:120 1:40-1:120 REMARKS: REMARKS:





Page C-7 Page C-7

SURFACE CHEMISTRY



APPLICATIONS

Low Foam Hard Surface Cleaner Low Foam All Purpose Cleaner Low Foam Engine Cleaner Low Foam Engine Cleaner

Low Foam Floor Cleaner Low Foam Floor Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 10 - Berol® DGR-81 10 - TKPP (100%) 7 - TKPP (100%) 7 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the TKPP in water Dissolve the TKPP in water Add the Berol® DGR-81 Add the Berol® DGR-81


1:40-1:100 1:40-1:100




Page C-8 Page C-8



APPLICATIONS

Low Foam Neutral Thickened Cleaner Low Foam Hard Surface Cleaner Manual Car Wash Manual Car Wash

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 10 - Berol® DGR-81 10 - Dequest® 2010 2 - Dequest® 2010 2 - Bermocoll® 411 FQ 0.5 - Bermocoll® 411 FQ 0.5 - Berol® 563 SA 0.4 - Berol® 563 SA 0.4 - NaOH (40%) 1.6 - NaOH (40%) 1.6 - Water Balance - Water Balance


Add the Bermocoll® 411 FQ to the Berol® DGR-81 Add the Bermocoll® 411 FQ to the Berol® DGR-81 In a separate vessel add the Berol® 563 to the above mix In a separate vessel add the Berol® 563 to the above mix Add the above mix to water Add the above mix to water Add the Dequest® 2010 Add the Dequest® 2010 Add the NaOH Add the NaOH


1:40-1:80 1:40-1:80 REMARKS: REMARKS:

pH: 7 pH: 7 This formula contains phosphorus, but no phosphates. Dequest® is a phosphonate obtained from Solutia, Inc. This formula contains phosphorus, but no phosphates. Dequest® is a phosphonate obtained from Solutia, Inc.

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Berol® and Bermocoll® are registered trademarks of Akzo Nobel Surface Chemistry AB. Dequest® is a registered trademark of Solutia, Inc.

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Berol® and Bermocoll® are registered trademarks of Akzo Nobel Surface Chemistry AB. Dequest® is a registered trademark of Solutia, Inc.


Page C-9 Page C-9

SURFACE CHEMISTRY



APPLICATIONS


COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 9 - Berol® DGR-81 9 - Linear Alkylbenzene Sulfonate (100%) 1.2 - Linear Alkylbenzene Sulfonate (100%) 1.2 - Dequest® 2010 2 - Dequest® 2010 2 - Elfacos® T212 2.5 - Elfacos® T212 2.5 - NaOH (40%) 1.6 - NaOH (40%) 1.6 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the Elfacos® T212 to the Berol® DGR-81 Add the Elfacos® T212 to the Berol® DGR-81 Add the LAS to the above mix Add the LAS to the above mix Add the above components to water Add the above components to water Add the Dequest® 2010 Add the Dequest® 2010 Add the NaOH Add the NaOH


Heavy Duty cleaning 1:10 Heavy Duty cleaning 1:10 Medium-light Duty cleaning 1:40-1:80 Medium-light Duty cleaning 1:40-1:80

REMARKS: REMARKS:

pH: 7 (with viscosity). pH: 7 (with viscosity). This formula contains phosphorus, but no phosphates. Dequest® is a phosphonate from Solutia, Inc. This formula contains phosphorus, but no phosphates. Dequest® is a phosphonate from Solutia, Inc.




Page C-10 Page C-10



APPLICATIONS


COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 10 - Berol® DGR-81 10 - Dequest® 2010 2 - Dequest® 2010 2 - Elfacos® CD 481 0.2 - Elfacos® CD 481 0.2 - Berol® 563 SA 0.2 - Berol® 563 SA 0.2 - NaOH (40%) 1.48 - NaOH (40%) 1.48 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the Elfacos® CD 481 CD to Berol® DGR-81 Add the Elfacos® CD 481 CD to Berol® DGR-81 Add the Berol® 563 to the above mix Add the Berol® 563 to the above mix Add the above mix to water Add the above mix to water Add the Dequest® 2010 Add the Dequest® 2010 Add NaOH Add NaOH



REMARKS: REMARKS:

pH: 7 (with viscosity). pH: 7 (with viscosity). This formula contains phosphorus, but no phosphates. Dequest® is a phosphonate obtained from Solutia, Inc. This formula contains phosphorus, but no phosphates. Dequest® is a phosphonate obtained from Solutia, Inc.




Page C-11 Page C-11

SURFACE CHEMISTRY



APPLICATIONS


COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 10 - Berol® DGR-81 10 - Dequest® 2010 2 - Dequest® 2010 2 - Elfacos® CD 481 0.4 - Elfacos® CD 481 0.4 - NaOH (40%) 1.54 - NaOH (40%) 1.54 - Water Balance - Water Balance


Add the Elfacos® CD 481 to Berol® DGR-81 Add the Elfacos® CD 481 to Berol® DGR-81 Add the above mix to water Add the above mix to water Add the Dequest® 2010 Add the Dequest® 2010 Add the NaOH Add the NaOH



REMARKS: REMARKS:





Page C-12 Page C-12



APPLICATIONS


COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 10 - Berol® DGR-81 10 - Dequest® 2010 2 - Dequest® 2010 2 - NaOH (40%) 1.9 - NaOH (40%) 1.9 - Elfacos® T212 1 - Elfacos® T212 1 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the Elfacos® T212 to Berol® DGR-81 Add the Elfacos® T212 to Berol® DGR-81 Add the above mix to water Add the above mix to water Add the Dequest® 2010 Add the Dequest® 2010 Add the NaOH Add the NaOH


Heavy Duty cleaning 1:10 Heavy Duty cleaning 1:10 Medium-light duty cleaning 1:40-1:80 Medium-light duty cleaning 1:40-1:80

REMARKS: REMARKS:





Page C-13 Page C-13

SURFACE CHEMISTRY



APPLICATIONS

Phosphorous-free fragranced Low Foam Cleaner Low Foam Hard Surface Cleaner Manual Car Wash Manual Car Wash

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 9 - Berol® DGR-81 9 - Linear Alkylbenzene Sulfonate (100%) 0.65 - Linear Alkylbenzene Sulfonate (100%) 0.65 - Elfacos® T212 3 - Elfacos® T212 3 - Trisodium Citrate (100%) 2 - Trisodium Citrate (100%) 2 - Fragrance 0.2 - Fragrance 0.2 - Dye 0.002 - Dye 0.002 - Water Balance - Water Balance


Add the Elfacos® T212 to the Berol® DGR-81 Add the Elfacos® T212 to the Berol® DGR-81 Add the LAS to the above mix Add the LAS to the above mix In another vessel, add the Trisodium Citrate to water In another vessel, add the Trisodium Citrate to water Add the above vessels together Add the above vessels together Add the fragrance and dye to the vessel above Add the fragrance and dye to the vessel above



REMARKS: REMARKS:

pH: 7 (Phosphorous-free cleaner with good viscosity) pH: 7 (Phosphorous-free cleaner with good viscosity)




Page C-14 Page C-14

SURFACE CHEMISTRY



APPLICATIONS

Low Foam Vehicle Cleaner Low Foam Hard Surface Cleaner Manual Car Wash Manual Car Wash

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 9 - Berol® DGR-81 9 - Linear Alkylbenzene Sulfonate (100%) 0.4 - Linear Alkylbenzene Sulfonate (100%) 0.4 - Elfacos® T212 3 - Elfacos® T212 3 - Dequest® 2010 2 - Dequest® 2010 2 - NaOH (40%) 1.68 - NaOH (40%) 1.68 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the Elfacos® T212 to the Berol® DGR-81 Add the Elfacos® T212 to the Berol® DGR-81 Add the LAS to the above mix Add the LAS to the above mix Add water to the above mix Add water to the above mix Add the Dequest® 2010 Add the Dequest® 2010 Add the NaOH Add the NaOH


1:40-1:80 1:40-1:80 REMARKS: REMARKS:

pH: 7 pH: 7 Contains phosphorus, but no phosphates. Dequest® is a phosphonate obtained from Solutia, Inc. Contains phosphorus, but no phosphates. Dequest® is a phosphonate obtained from Solutia, Inc.




Page C-15 Page C-15

SURFACE CHEMISTRY



APPLICATIONS

Car Wash Cleaner Vehicle Cleaner Concentrated Cleaner Concentrated Cleaner Low Foam Hard Surface Cleaner Low Foam Hard Surface Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 10 - Berol® DGR-81 10 - Na(4)EDTA (40%) 38.5 - Na(4)EDTA (40%) 38.5 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the EDTA in water Dissolve the EDTA in water Add the Berol® DGR-81 Add the Berol® DGR-81


1:50-1:75 1:50-1:75 REMARKS: REMARKS:

pH: 13 pH: 13 Phosphorus free cleaner Phosphorus free cleaner




Page C-16 Page C-16

SURFACE CHEMISTRY



APPLICATIONS

Food and Beverage Industrial Cleaners Tank Cleaners Low Foam, High Alkaline Cleaner Low Foam, High Alkaline Cleaner Low Foam Hard Surface Cleaner Low Foam Hard Surface Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 >3 - Berol® DGR-81 >3 - NaOH (100%) 40 - NaOH (100%) 40 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the NaOH in water Dissolve the NaOH in water Add the Berol® DGR-81 Add the Berol® DGR-81


1:10-1:100 1:10-1:100 REMARKS: REMARKS:

pH: >13 pH: >13




Page C-17 Page C-17



APPLICATIONS

Food and Beverage Industrial Cleaners Tank Cleaners Low Foam, High Alkaline Cleaner Low Foam, High Alkaline Cleaner Low Foam Hard Surface Cleaner Low Foam Hard Surface Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 >5 - Berol® DGR-81 >5 - NaOH (100%) 20 - NaOH (100%) 20 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the NaOH in water Dissolve the NaOH in water Add the Berol® DGR-81 Add the Berol® DGR-81


1:10-1:100 1:10-1:100 REMARKS: REMARKS:

pH: >13 pH: >13




Page C-18 Page C-18



APPLICATIONS

Degreaser with no salt (for no reuse cleaning)

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 5 - Berol® DGR-81 5 - Triethanolamine (100%) 3 - Triethanolamine (100%) 3 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the TEA to water Add the TEA to water Add the Berol® DGR-81 Add the Berol® DGR-81


1:10 1:10




Page C-19 Page C-19



APPLICATIONS

Citric Acid Cleaner Food and Beverage Industrial Cleaner Food and Beverage Industrial Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 5 - Berol® DGR-81 5 - Citric Acid (100%) 10 - Citric Acid (100%) 10 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the Citric Acid to the water Add the Citric Acid to the water Add the Berol® DGR-81 Add the Berol® DGR-81


1:10-1:6 1:10-1:6 REMARKS: REMARKS:

Clarity interval: 0-45oC Clarity interval: 0-45oC




Page C-20 Page C-20



APPLICATIONS

Concentrated Citric Acid Cleaner Food and Beverage Industrial Cleaner Food and Beverage Industrial Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 1 - Berol® DGR-81 1 - Citric Acid (100%) 50 - Citric Acid (100%) 50 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the Citric Acid to water Add the Citric Acid to water Add the Berol® DGR-81 Add the Berol® DGR-81







Page C-21 Page C-21

SURFACE CHEMISTRY



APPLICATIONS

Phosphoric Acid Cleaner Food and Beverage Industrial Cleaner Food and Beverage Industrial Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 6 - Berol® DGR-81 6 - Phosphoric Acid 10 - Phosphoric Acid 10 - Water Balance - Water Balance


Add the Phosphoric Acid to water Add the Phosphoric Acid to water Add the Berol® DGR-81 Add the Berol® DGR-81


1:10-1:60 1:10-1:60 REMARKS: REMARKS:





Page C-22 Page C-22

SURFACE CHEMISTRY



APPLICATIONS

Concentrated Phosphoric Acid Cleaner Food and Beverage Industrial Cleaner Food and Beverage Industrial Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® DGR-81 1 - Berol® DGR-81 1 - Phosphoric Acid (100%) 50 - Phosphoric Acid (100%) 50 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the Phosphoric Acid to water Add the Phosphoric Acid to water Add the Berol® DGR-81 Add the Berol® DGR-81







Page C-23 Page C-23


FORMULATION #400-LFG-01

APPLICATIONS

Defoaming Citric Acid Cleaner Food and Beverage Industrial Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® LFG-61 5 - Berol® LFG-61 5 - Citric Acid (100%) 10 - Citric Acid (100%) 10 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the Citric Acid to water Add the Citric Acid to water Add the Berol® LFG-61 Add the Berol® LFG-61


1:10-1:60 1:10-1:60 REMARKS: REMARKS:





Page D-1 Page D-1

SURFACE CHEMISTRY



APPLICATIONS

Concentrated Defoaming Citric Acid Cleaner Food and Beverage Industrial Cleaner Food and Beverage Industrial Cleaner


MIXING PROCEDURE: MIXING PROCEDURE: Add the Citric Acid to water Add the Citric Acid to water Add the Berol® LFG-61 Add the Berol® LFG-61


1:10-1:80 1:10-1:80 REMARKS: REMARKS:





Page D-2 Page D-2

SURFACE CHEMISTRY



APPLICATIONS

Defoaming Phosphoric Acid Cleaner Food and Beverage Industrial Cleaner Food and Beverage Industrial Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® LFG-61 5 - Berol® LFG-61 5 - Phosphoric Acid (100%) 10 - Phosphoric Acid (100%) 10 - Water Balance - Water Balance


Add the Phosphoric Acid to water Add the Phosphoric Acid to water Add the Berol® LFG-61 Add the Berol® LFG-61


1:10-1:60 1:10-1:60 REMARKS: REMARKS:





Page D-3 Page D-3



APPLICATIONS

Concentrated Phosphoric Acid Cleaner Food and Beverage Industrial Cleaner Food and Beverage Industrial Cleaner


MIXING PROCEDURE: MIXING PROCEDURE: Add the Phosphoric Acid to water Add the Phosphoric Acid to water Add the Berol® LFG-61 Add the Berol® LFG-61


1:10-1:80 1:10-1:80 REMARKS: REMARKS:





Page D-4 Page D-4



APPLICATIONS

CIP Cleaner Ultra-low Foam Cleaner Food and Beverage Industrial Cleaner Food and Beverage Industrial Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® LFG-61 4 - Berol® LFG-61 4 - NaOH (100%) 20 - NaOH (100%) 20 - Na(4)EDTA (40%) 5 - Na(4)EDTA (40%) 5 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the NaOH to water Add the NaOH to water Add the EDTA Add the EDTA Add the Berol® LFG-61 Add the Berol® LFG-61


1:5-1:50 1:5-1:50




Page D-5 Page D-5

SURFACE CHEMISTRY



APPLICATIONS


COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® LFG-61 6 - Berol® LFG-61 6 - NaOH (100%) 10 - NaOH (100%) 10 - Na(4)EDTA (40%) 5 - Na(4)EDTA (40%) 5 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the NaOH to water Add the NaOH to water Add the EDTA Add the EDTA Add the Berol® LFG-61 Add the Berol® LFG-61


1:5-1:50 1:5-1:50




Page D-6 Page D-6

SURFACE CHEMISTRY



APPLICATIONS

CIP Cleaner Ultra-low Foam Cleaner High Caustic Cleaner High Caustic Cleaner Food and Beverage Industrial Cleaner Food and Beverage Industrial Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® LFG-61 2 - Berol® LFG-61 2 - NaOH (100%) 40 - NaOH (100%) 40 - Na Gluconate (100%) 3 - Na Gluconate (100%) 3 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the NaOH to water Add the NaOH to water Add the Na Gluconate Add the Na Gluconate Add the Berol® LFG-61 Add the Berol® LFG-61


1:5-1:80 1:5-1:80




Page D-7 Page D-7

SURFACE CHEMISTRY



APPLICATIONS



MIXING PROCEDURE: MIXING PROCEDURE: Add the NaOH to water Add the NaOH to water Add the Na Gluconate to the above mix Add the Na Gluconate to the above mix Add the Berol® LFG-61 Add the Berol® LFG-61


1:5-1:50 1:5-1:50




Page D-8 Page D-8

SURFACE CHEMISTRY



APPLICATIONS



MIXING PROCEDURE: MIXING PROCEDURE: Add the NaOH to water Add the NaOH to water Add the Na Gluconate Add the Na Gluconate Add the Berol® LFG-61 Add the Berol® LFG-61


1:5-1:50 1:5-1:50




Page D-9 Page D-9

SURFACE CHEMISTRY



APPLICATIONS


COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® LFG-61 2 - Berol® LFG-61 2 - NaOH (100%) 40 - NaOH (100%) 40 - Na Phosphate (100%) 3 - Na Phosphate (100%) 3 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the NaOH to water Add the NaOH to water Add the Na Phosphate Add the Na Phosphate Add the Berol® LFG-61 Add the Berol® LFG-61


1:5-1:80 1:5-1:80




Page D-10 Page D-10

SURFACE CHEMISTRY



APPLICATIONS


COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® LFG-61 4 - Berol® LFG-61 4 - NaOH (100%) 20 - NaOH (100%) 20 - Na Phosphate (100%) 5 - Na Phosphate (100%) 5 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the NaOH to water Add the NaOH to water Add the Na Phosphate Add the Na Phosphate Add the Berol® LFG-61 Add the Berol® LFG-61


1:5-1:80 1:5-1:80




Page D-11 Page D-11



APPLICATIONS

Ultra-Low Foam All Purpose Cleaner Ultra-Low Foam/Defoaming Cleaner Ultra-Low Foam Floor Cleaner Ultra-Low Foam Floor Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® LFG-61 10 - Berol® LFG-61 10 - TKPP (100%) 7 - TKPP (100%) 7 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the TKPP in water Dissolve the TKPP in water Add the Berol® LFG-61 Add the Berol® LFG-61


1:20-1:80 1:20-1:80




Page D-12 Page D-12



APPLICATIONS

Low/Medium Foaming Cleaner (with temporary Corrosion Protection) Self-Splitting Degreaser er Phosphate-Free Cleaner Phosphate-Free Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 260 5 - Berol® 260 5 - Berol® 725 9 - Berol® 725 9 - Na(4)EDTA (40%) 7 - Na(4)EDTA (40%) 7 - Soda Ash (100%) 4 - Soda Ash (100%) 4 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the Soda Ash in water Dissolve the Soda Ash in water Add (and dissolve) the EDTA to the above mix Add (and dissolve) the EDTA to the above mix Add the Berol® 260 Add the Berol® 260 Add the Berol® 725 Add the Berol® 725



REMARKS: REMARKS: This formula contains phosphorous (0.54%), but not phosphate This formula contains phosphorous (0.54%), but not phosphate




Page E-1 Page E-1

SURFACE CHEMISTRY



APPLICATIONS

Low Foam Floor Cleaner All Purpose Cleaner Low Foam Hard Surface Cleaner (with temporary Corrosion Protection) Low Foam Hard Surface Cleaner (with temporary Corrosion Protection) Self-Splitting Degreaser Self-Splitting Degreaser Heavy Duty Cleaner Heavy Duty Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 260 8 - Berol® 260 8 - Berol® 725 8.5 - Berol® 725 8.5 - TKPP (100%) 7 - TKPP (100%) 7 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the TKPP in water Dissolve the TKPP in water Add the Berol® 260 Add the Berol® 260 Add the Berol® 725 Add the Berol® 725






Page E-2 Page E-2



APPLICATIONS

Self-Splitting Degreaser Low Foam Hard Surface Cleaner (with temporary Corrosion Protection) Low Foam Hard Surface Cleaner (with temporary Corrosion Protection)

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 260 5 - Berol® 260 5 - Berol® 725 12 - Berol® 725 12 - Na(4)EDTA (40%) 2 - Na(4)EDTA (40%) 2 - Soda Ash (100%) 10 - Soda Ash (100%) 10 - Butoxypropanol (PnB) 3 - Butoxypropanol (PnB) 3 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the Soda Ash in water Dissolve the Soda Ash in water Dissolve the EDTA and Butoxypropanol in the mix above Dissolve the EDTA and Butoxypropanol in the mix above Add the Berol® 260 Add the Berol® 260 Add the Berol® 725 Add the Berol® 725






Page E-3 Page E-3

SURFACE CHEMISTRY



APPLICATIONS

Low Foam Hard Surface Cleaner (with temporary Corrosion Protection) Phosphate-free Cleaner Phosphate-free Cleaner Self-Splitting Degreaser Self-Splitting Degreaser Heavy Duty Cleaner Heavy Duty Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 260 10 - Berol® 260 10 - Berol® 725 15 - Berol® 725 15 - Na(4)EDTA (40%) 25 - Na(4)EDTA (40%) 25 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the EDTA in water Dissolve the EDTA in water Add the Berol® 260 Add the Berol® 260 Add the Berol® 725 Add the Berol® 725



REMARKS: REMARKS:

The formula contains phosphorous (0.9%), but not phosphate The formula contains phosphorous (0.9%), but not phosphate




Page E-4 Page E-4



APPLICATIONS

Low Foam Heavy Duty Cleaner Self-Splitting Degreaser Low Foam Hard Surface Cleaner (with temporary Corrosion Protection) Low Foam Hard Surface Cleaner (with temporary Corrosion Protection)

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 260 5 - Berol® 260 5 - Berol® 725 7 - Berol® 725 7 - TKPP (100%) 6 - TKPP (100%) 6 - Na Metasilicate 5 H2O (100%) 4 - Na Metasilicate 5 H2O (100%) 4 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the TKPP in water Dissolve the TKPP in water Dissolve the Metasilicate in the above mix Dissolve the Metasilicate in the above mix Add the Berol® 260 Add the Berol® 260 Add the Berol® 725 Add the Berol® 725



REMARKS: REMARKS:

The formula contains phosphorous (<0.5%), but not phosphate The formula contains phosphorous (<0.5%), but not phosphate




Page E-5 Page E-5



APPLICATIONS

Low Foam Hard Surface Cleaner (with temporary Corrosion Protection) Self-Splitting Degreaser er Phosphate-Free Cleaner Phosphate-Free Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 260 5 - Berol® 260 5 - Berol® 725 7 - Berol® 725 7 - Na(4)EDTA (40%) 7 - Na(4)EDTA (40%) 7 - Na Bicarbonate 4 - Na Bicarbonate 4 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Dissolve the Sodium Bicarbonate in water Dissolve the Sodium Bicarbonate in water Add the EDTA Add the EDTA Add the Berol® 260 Add the Berol® 260 Add the Berol® 725 Add the Berol® 725



REMARKS: REMARKS:

This formula contains phosphorous (<0.5%), but not phosphates This formula contains phosphorous (<0.5%), but not phosphates




Page E-6 Page E-6



APPLICATIONS

Low Foam Floor Cleaner Low Foam/Defoaming Cleaner Low Foam/Defoaming Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 840 2 - Berol® 840 2 - AG 6202 6 - AG 6202 6 - Na(4)EDTA (40%) 0.6 - Na(4)EDTA (40%) 0.6 - Na Metasilicate 5 H2O (100%) 2.1 - Na Metasilicate 5 H2O (100%) 2.1 - NaOH (40%) 0.85 - NaOH (40%) 0.85 - Water Balance - Water Balance


Dissolve the Sodium Metasilicate in water Dissolve the Sodium Metasilicate in water Dissolve the EDTA and NaOH in the above mix Dissolve the EDTA and NaOH in the above mix Add the Berol® 840 Add the Berol® 840 Add the AG6202 Add the AG6202


1:20 1:20




Page F-1 Page F-1


FORMULATION #500-2C-01

APPLICATIONS

Car Rinse Aid

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Arquad® 2C-75 18 - Arquad® 2C-75 18 - Ethomeen® T/15 2.18 - Ethomeen® T/15 2.18 - Ethomeen® T/25 0.72 - Ethomeen® T/25 0.72 - Butyl Cellosolve (EB) 5 - Butyl Cellosolve (EB) 5 - Mineral Seal Oil 25 - Mineral Seal Oil 25 - Water Balance - Water Balance


Add the Ethomeen® T/15 & Ethomeen® T/25 to the Arquad® 2C-75 Add the Ethomeen® T/15 & Ethomeen® T/25 to the Arquad® 2C-75 Add the Mineral Seal Oil to the above mix Add the Mineral Seal Oil to the above mix Add the EB Add the EB Slowly, add water Slowly, add water


1:100-1:1,000 1:100-1:1,000

REMARKS: REMARKS:

Viscosity: 23 cp. Viscosity: 23 cp. This is a microemulsion for a car rinse aid (formulation adjustments may be required due to variations in Mineral Seal Oil)

This is a microemulsion for a car rinse aid (formulation adjustments may be required due to variations in Mineral Seal Oil)

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Arquad® and Ethomeen® are registered trademarks of Akzo Nobel Chemicals, BV.



Page G-1 Page G-1

SURFACE CHEMISTRY



APPLICATIONS

Car Rinse Aid

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Arquad® 2C-75 16.6 - Arquad® 2C-75 16.6 - Ethomeen® T/15 2.6 - Ethomeen® T/15 2.6 - Ethomeen® T/25 0.8 - Ethomeen® T/25 0.8 - Butyl Cellosolve (EB) 3 - Butyl Cellosolve (EB) 3 - Mineral Seal Oil 25 - Mineral Seal Oil 25 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the Ethomeen® T/15 & Ethomeen® T/25 to the Arquad® 2C-75 Add the Ethomeen® T/15 & Ethomeen® T/25 to the Arquad® 2C-75 Add the Mineral Seal Oil to the above mix Add the Mineral Seal Oil to the above mix Add the EB to the solution above Add the EB to the solution above Slowly, add water Slowly, add water


1:100-1:1,000 1:100-1:1,000

REMARKS: REMARKS: Viscosity: 45 cp. Viscosity: 45 cp. This is a microemulsion for a car rinse aid (formulation adjustments may be required due to variations in Mineral Seal Oil)





Page G-2 Page G-2

SURFACE CHEMISTRY



APPLICATIONS

Car Rinse Aid

COMPOSITION CONCENTRATION (%) - Arquad® 2C-75 16.6 - Arquad® 2C-75 16.6 - Ethomeen® T/15 2.6 - Ethomeen® T/15 2.6 - Ethomeen® T/25 0.8 - Ethomeen® T/25 0.8 - Butoxypropanol (PnB) 3 - Butoxypropanol (PnB) 3 - Mineral Seal Oil 25 - Mineral Seal Oil 25 - Water Balance - Water Balance


Add the Ethomeen® T/15 & Ethomeen® T/25 to the Arquad® 2C-75 Add the Ethomeen® T/15 & Ethomeen® T/25 to the Arquad® 2C-75 Add the Mineral Seal Oil to the above mix Add the Mineral Seal Oil to the above mix Add Butoxypropanol to the above solution Add Butoxypropanol to the above solution Slowly, add water Slowly, add water

DILUTION RECOMMENDATIONS: DILUTION RECOMMENDATIONS: 1:100-1:1,000 1:100-1:1,000

REMARKS: REMARKS:






Page G-3 Page G-3

SURFACE CHEMISTRY



APPLICATIONS

Mineral Seal Oil (MSO) Free Car Rinse Aid

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Arquad® 2C-75 18 - Arquad® 2C-75 18 - Ethomeen® T/15 5 - Ethomeen® T/15 5 - Ethomeen® T/25 1 - Ethomeen® T/25 1 - Butoxypropanol (PnB) 10 - Butoxypropanol (PnB) 10 - Vegetable Oil 16 - Vegetable Oil 16 - Water Balance - Water Balance


Add the Ethomeen® T/15 & Ethomeen® T/25 to the Arquad® 2C-75 Add the Ethomeen® T/15 & Ethomeen® T/25 to the Arquad® 2C-75 Add the Vegetable Oil to the above mix Add the Vegetable Oil to the above mix Add the PnB to the solution Add the PnB to the solution Slowly, add water Slowly, add water


1:100-1:1,000 1:100-1:1,000 REMARKS: REMARKS:






Page G-4 Page G-4

SURFACE CHEMISTRY


FORMULATION #600-HCI-01

APPLICATIONS

Thickened Hydrochloric Acid Cleaner/Disinfectant Toilet Bowl Cleaner General Acid Cleaner General Acid Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Hydrochloric Acid (37%) 27 - Hydrochloric Acid (37%) 27 - Alkyl Dimethyl Benzyl Am., Alkyl - Alkyl Dimethyl Benzyl Am., Alkyl Dimethyl Ethyl Benzyl Ammonium Chloride 3 Dimethyl Ethyl Benzyl Ammonium Chloride 3 - Witconol® SN-120 1 - Witconol® SN-120 1 - Ethomeen® S/12 5 - Ethomeen® S/12 5 - Fragrance 0.25 - Fragrance 0.25 - Water Balance - Water Balance


Mix the Barquat 4250-Z with the Witconol® SN-120 Mix the Barquat 4250-Z with the Witconol® SN-120 Add the Ethomeen® S/12 to the mix above Add the Ethomeen® S/12 to the mix above In a separate vessel, mix the HCI slowly with water In a separate vessel, mix the HCI slowly with water Slowly, combine the components listed above Slowly, combine the components listed above Add the fragrance Add the fragrance


Ready to use Ready to use REMARKS: REMARKS:

Viscosity: 350 cp. Viscosity: 350 cp.

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Ethomeen® is a registered trademark of Akzo Nobel Chemicals, BV. Witconol® is a registered trademark of Akzo Nobel Industrial Specialties, Inc.



Page H-1 Page H-1


FORMULATION #600-CTA-01

APPLICATIONS

Thickened Citric Acid Cleaner Toilet Bowl Cleaner General Acid Cleaner General Acid Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Citric Acid 3 - Citric Acid 3 - Ethomeen® S/12 2.7 - Ethomeen® S/12 2.7 - Witconol® 25-7 1 - Witconol® 25-7 1 - SXS (40%) 1.7 - SXS (40%) 1.7 - Fragrance 0.5 - Fragrance 0.5 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Mix the Ethomeen® S/12, Witconol® 25-7 and fragrance Mix the Ethomeen® S/12, Witconol® 25-7 and fragrance In a separate vessel, add the Citric Acid to water In a separate vessel, add the Citric Acid to water Combine the components listed above Combine the components listed above Add the SXS Add the SXS



It takes ~30 minutes for this formula to homogenize. It takes ~30 minutes for this formula to homogenize.




Page J-1 Page J-1

SURFACE CHEMISTRY



APPLICATIONS

Thickened Citric Acid Cleaner Toilet Bowl Cleaner General Acid Cleaner General Acid Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Citric Acid 3 - Citric Acid 3 - Ethomeen® O/12 2.7 - Ethomeen® O/12 2.7 - Witconol® 25-7 1-2 - Witconol® 25-7 1-2 - SXS (40%) 1.7 - SXS (40%) 1.7 - Fragrance 0.5 - Fragrance 0.5 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Mix the Ethomeen® O/12, Witconol® 25-7 and fragrance Mix the Ethomeen® O/12, Witconol® 25-7 and fragrance In a separate vessel, add the Citric Acid to water In a separate vessel, add the Citric Acid to water Combine the components listed above Combine the components listed above Add the SXS Add the SXS



Viscosity: 120 cp. Viscosity: 120 cp.




Page J-2 Page J-2



APPLICATIONS

Concentrated Citric Acid Cleaner Acid Cleaners that thicken upon Dilution Thickened Citric Acid Cleaner Thickened Citric Acid Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Citric Acid (100%) 50 - Citric Acid (100%) 50 - Aromox® T/12 DEG 30 - Aromox® T/12 DEG 30 - SXS (40%) 9 - SXS (40%) 9 - Fragrance 2 - Fragrance 2 - De-ionized Water 9 - De-ionized Water 9


Mix the Aromox® T/12 with the fragrance Mix the Aromox® T/12 with the fragrance Add the Citric Acid Add the Citric Acid Add the water Add the water Add the SXS Add the SXS


Viscosity: Concentrate ~400 cp @ 60 rpm Viscosity: Concentrate ~400 cp @ 60 rpm 1:10 Dilution ~3100 cp @ 0.2 rpm 1:10 Dilution ~3100 cp @ 0.2 rpm

REMARKS: REMARKS:

None None

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Aromox® is a registered trademark of Akzo Nobel Chemicals, BV.

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Aromox® is a registered trademark of Akzo Nobel Chemicals, BV.


Page J-3 Page J-3



APPLICATIONS

Citric Acid Cleaner Acid Cleaners that thicken upon Dilution Thickened Citric Acid Cleaner Thickened Citric Acid Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Citric Acid 12.5 - Citric Acid 12.5 - Arquad® T-50 5 - Arquad® T-50 5 - SXS (40%) 1.8-12 - SXS (40%) 1.8-12 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the Citric Acid to the water Add the Citric Acid to the water Add the Arquad® T-50 Add the Arquad® T-50 Add the SXS Add the SXS



The amount of SXS needed depends upon the viscosity desired The amount of SXS needed depends upon the viscosity desired

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Arquad® is a registered trademark of Akzo Nobel Chemicals, BV.



Page J-4 Page J-4


FORMULATION #600-SA-01

APPLICATIONS

Thickened Sulfamic Acid Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Sulfamic Acid 12.5 - Sulfamic Acid 12.5 - Arquad® T-50 5 - Arquad® T-50 5 - SXS (40%) 2.4 - SXS (40%) 2.4 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the Arquad® T-50 to water Add the Arquad® T-50 to water Add the Sulfamic Acid Add the Sulfamic Acid Add the SXS Add the SXS



Viscosity: 429 cp Viscosity: 429 cp




Page K-1 Page K-1


FORMULATION #700-CL-01

APPLICATIONS

Neutral Chain Lube Concentrate

COMPOSITION CONCENTRATION (%) - Duomeen® O 10 - Duomeen® O 10 - Acetic Acid 3.5 - Acetic Acid 3.5 - Witconol® 25-7 5 - Witconol® 25-7 5 - Propylene Glycol 5 - Propylene Glycol 5 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Mix the Duomeen® O and Witconol® 25-7 Mix the Duomeen® O and Witconol® 25-7 In a separate vessel, add the Acetic Acid and Propylene Glycol in water In a separate vessel, add the Acetic Acid and Propylene Glycol in water Combine the two vessels above Combine the two vessels above


1:100-1:1,000 1:100-1:1,000 REMARKS: REMARKS:

The Diamine can also be Duomeen® OL, Duomeen® CD or mixtures thereof The Diamine can also be Duomeen® OL, Duomeen® CD or mixtures thereof

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Duomeen® is a registered trademark of Akzo Nobel Surface Chemistry AB. Witconol® is a registered trademark of Akzo Nobel Industrial Specialties, Inc.

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Duomeen® is a registered trademark of Akzo Nobel Surface Chemistry AB. Witconol® is a registered trademark of Akzo Nobel Industrial Specialties, Inc.


Page L-1 Page L-1


FORMULATION #700-CL-02

APPLICATIONS

Neutral Chain Lube Concentrate

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - ArmolubeTM CL300 10 - ArmolubeTM CL300 10 - Acetic Acid 3.5 - Acetic Acid 3.5 - Witconol® 25-7 6 - Witconol® 25-7 6 - Propylene Glycol 5 - Propylene Glycol 5 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Mix the ArmolubeTM CL300 and Witconol® 25-7 Mix the ArmolubeTM CL300 and Witconol® 25-7 In a separate vessel, add the Acetic Acid and Propylene Glycol in water In a separate vessel, add the Acetic Acid and Propylene Glycol in water Combine the two vessels above Combine the two vessels above


1:100-1:1,000 1:100-1:1,000

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Witconol® is a registered trademark of Akzo Nobel Industrial Specialties, Inc. ArmolubeTM is a trademark of Akzo Nobel Chemicals, Inc.

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Witconol® is a registered trademark of Akzo Nobel Industrial Specialties, Inc. ArmolubeTM is a trademark of Akzo Nobel Chemicals, Inc.


Page L-2 Page L-2

SURFACE CHEMISTRY


FORMULATION #800-LD-01

APPLICATIONS

Enzyme Free Laundry Detergent Industrial Laundry Detergent

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 522 9 - Berol® 522 9 - Witconol® NP-80 8 - Witconol® NP-80 8 - STPP (100%) 10 - STPP (100%) 10 - Na(4)EDTA (98%) 5 - Na(4)EDTA (98%) 5 - KOH (100%) 0.3 - KOH (100%) 0.3 - Optical Brightener 0.2 - Optical Brightener 0.2 - Dye 0.002 - Dye 0.002 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the KOH to water Add the KOH to water Add the Berol® 522 Add the Berol® 522 Add the STPP Add the STPP Add the EDTA Add the EDTA Add the Witconol® NP-8 Add the Witconol® NP-8 Add the Brighteners and dyes Add the Brighteners and dyes


0.2%-0.6% 0.2%-0.6%




Page M-1 Page M-1

SURFACE CHEMISTRY


FORMULATION #820-HP-01

APPLICATIONS

Viscous Peroxide-based Cleaner Hydrogen Peroxide Bleach Cleaner Bleach Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Citric Acid 3 - Citric Acid 3 - Arquad® 16-29 3.5 - Arquad® 16-29 3.5 - Witconol® 25-7 0.2 - Witconol® 25-7 0.2 - Fragrance 0.1 - Fragrance 0.1 - Hydrogen Peroxide 5 (actives basis) - Hydrogen Peroxide 5 (actives basis) - SXS (40%) 1.5 - SXS (40%) 1.5 - Water Balance - Water Balance


Mix the Arquad® 16-29, Witconol® 25-7 and fragrance Mix the Arquad® 16-29, Witconol® 25-7 and fragrance In a separate vessel, add the Hydrogen Peroxide and Citric Acid to water In a separate vessel, add the Hydrogen Peroxide and Citric Acid to water Combine the two vessels above Combine the two vessels above Add the SXS Add the SXS


Read to use or 1:30 dilution Read to use or 1:30 dilution REMARKS: REMARKS:


All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Arquad® is a registered trademark of Akzo Nobel Chemicals, BV. Witconol® is a registered trademark of Akzo Nobel Industrial Specialties, Inc.

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Arquad® is a registered trademark of Akzo Nobel Chemicals, BV. Witconol® is a registered trademark of Akzo Nobel Industrial Specialties, Inc.


Page N-1 Page N-1


FORMULATION #830-BL-01

APPLICATIONS

Thickened Chlorine-based Cleaner Hard Surface Cleaner Multi-purpose Cleaner Multi-purpose Cleaner

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Aromox® 14 DW 970 3 - Aromox® 14 DW 970 3 - NaOH (40%) 2 - NaOH (40%) 2 - Kortacid® C-70 1.25 - Kortacid® C-70 1.25 - Na Hypochlorite (active chlorine 8%) 14.5 - Na Hypochlorite (active chlorine 8%) 14.5 - NaCl (100%) 4.5 - NaCl (100%) 4.5 - Fragrance 0.05 - Fragrance 0.05 - Water Balance - Water Balance


Mix the Aromox® 14 DW 970, Kortacid® C-70 and fragrance Mix the Aromox® 14 DW 970, Kortacid® C-70 and fragrance In a separate vessel, add the Sodium Hypochlorite to water In a separate vessel, add the Sodium Hypochlorite to water Add the NaOH to the water mixer above Add the NaOH to the water mixer above Combine all of the components together and mix Combine all of the components together and mix


Ready to use or 1:30 dilution Ready to use or 1:30 dilution REMARKS: REMARKS:


All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Aromox® and Kortacid® are registered trademarks of Akzo Nobel Chemicals, BV.

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Aromox® and Kortacid® are registered trademarks of Akzo Nobel Chemicals, BV.


Page O-1 Page O-1


FORMULATION #850-RR-01

APPLICATIONS

Hard Surface Cleaner Rust Remover Rust Remover

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Arquad® T-50 4 - Arquad® T-50 4 - NaOH (40%) 32 - NaOH (40%) 32 - Triethanolamine (TEA) 10 - Triethanolamine (TEA) 10 - Water Balance - Water Balance

MIXING PROCEDURE: MIXING PROCEDURE: Add the NaOH to water Add the NaOH to water Add the Triethanolamine Add the Triethanolamine Add the Arquad® T-50 Add the Arquad® T-50


1:10-1:20 1:10-1:20




Page P-1 Page P-1

SURFACE CHEMISTRY


FORMULATION #900-MI-01

APPLICATIONS

Spot Removers Textile Pre-spotting Agents Asphalt Remover Asphalt Remover

Industrial Cleaners Industrial Cleaners

COMPOSITION CONCENTRATION (%) COMPOSITION CONCENTRATION (%) - Berol® 239 28 - Berol® 239 28 - Low Aromatic Solvent/Isoparaffins* 20 - Low Aromatic Solvent/Isoparaffins* 20 - Na(4)EDTA 5 - Na(4)EDTA 5 - Berol® 563 SA as needed - Berol® 563 SA as needed - Water Balance - Water Balance


Mix all components together and stir Mix all components together and stir Add water to desired dilution. If solution is cloudy add Berol® 563 SA until it becomes clear, then back-calculate amount needed at the concentrated level

Add water to desired dilution. If solution is cloudy add Berol® 563 SA until it becomes clear, then back-calculate amount needed at the concentrated level


1:10-1:100 1:10-1:100 REMARKS: REMARKS: Exxsol® D80 or ShellsolTM D70 can be used as the low

aromatic solvent Exxsol® D80 or ShellsolTM D70 can be used as the low

aromatic solvent

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Berol® is a registered trademark of Akzo Nobel Surface Chemistry AB. Exxsol® is a registered trademark of Exxon Corporation. ShellsolTM is a trademark of Shell Chemicals.

All information concerning these products and/or all suggestions for handling and use contained herein are offered in good faith and believed to be reliable. Akzo Nobel Surface Chemistry LLC and its affiliates, however, make no warranty as to the accuracy and/or sufficiency of such information and/or suggestions, as to the products’ merchantability or fitness for any particular purpose, or that any suggested use will not infringe any patent. Nothing contained herein shall be construed as granting or extending any license under any patent. Buyer must determine for himself, by preliminary tests or otherwise, the suitability of these products for his purposes. The information contained herein supersedes all previously issued bulletins on the subject matter covered. Berol® is a registered trademark of Akzo Nobel Surface Chemistry AB. Exxsol® is a registered trademark of Exxon Corporation. ShellsolTM is a trademark of Shell Chemicals.


Page P-2 Page P-2

SURFACE CHEMISTRY CLEANING FORMULARY

INDEX MULTI-PURPOSE CLEANERS PAGES Alkaline Degreaser…………………………………………….. A-1, 4,6-11,13,14,B-1 All purpose Cleaner…………………………………..……….. A-1, 2,4,6-11,14,16, E-2, O-1 Concentrated Cleaner………………………………….….….. A-5, 14, C-16 Degreaser with no Salts for no reuse cleaning………….…. C-19 Descaling/Degreaser………………………………………….. A-22 Hard Surface Cleaner………………………………………… A-1-11, 13-15, O-1, P-1 Hard Surface Neutral Cleaner……………………………….. A-21 Heavy Duty Cleaner…………………………………………… A-5, 13-15, E-2 Industrial Cleaner……………………………………………… A-2-5,10,13-14, C-2-7, P-2 RTU All purpose Cleaner…………………………………….. A-12 RTU Hard Surface Cleaner………………………………….. A-12 Self-Separating Degreaser…………………………………… E-1-6 Water-based Degreaser………………………………….…… A-1-14 LOW FOAM CLEANERS Low Foam All Purpose Cleaner………………………………. C-1, 8 Low Foam Hard Surface Cleaner…………………………….. C-1-18 Low Foam Heavy Duty Cleaner………………………………. C1-7, E-5 Low Foam/Defoaming Cleaner……………………………….. F-1 ULTRA-LOW FOAM/CIP CLEANERS CIP Cleaner…………………………………………………….. D-5-11 Ultra-Low Foam All Purpose Cleaner……………………….. D-5-12 Ultra-Low Foam/Defoaming Cleaner………………………… D-12 PHOSPHATE-FREE/PHOSPHORUS-FREE CLEANERS Phosphate-Free Cleaner……………………………………… A-5, 7-10, E-1, 4,6 Phosphate-Free, Fragranced Low Foam Cleaner…………. C-14 CLEANERS W/CORROSION PROTECTION Low/Medium Foaming Hard Surface Cleaner with Corrosion Protection (short term, residual effect)… E-1-6

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FLOOR CLEANERS PAGES Floor Cleaner…………………………………………………. A-2, 3,6,11 Floor Cleaner Concentrate………………………………….. A-16 Low Foam Floor Cleaner……………………………………. C-1, 8, E-2, F-1 RTU Med. Foam Floor Cleaner…………………………….. C-1, 8, E-2, F-1 Ultra-Low Foam Floor Cleaner……………………………… D-12 ACID CLEANERS Bathroom Cleaner……………………………………………. A-22 Citric Acid Cleaner…………………………………………… C-20, J-4 Concentrated Citric Acid Cleaner………………………….. C-21, J-3 Concentrated Defoaming Citric Acid Cleaner……………. D-2 Concentrated Phosphoric Acid Cleaner…………………… C-23, D-4 Defoaming Citric Acid Cleaner…………………………….. D-1 Defoaming Phosphoric Acid Cleaner……………………… D-3 General Acid Cleaner………………………………………. H-1, J-1-2 Phosphoric Acid Cleaner…………………………………… A-19, 22, C-22 Thickened Citric Acid Cleaner…………………………….. J-1-4 Thickened Hydrochloric Acid Cleaner/Disinfectant……… H-1 Thickened Sulfamic Acid Cleaner………………………… K-1 Toilet Bowl Cleaner…………………………………………. A-22, H-1, J-1-2 CAUSTIC/HIGH ALKALINE CLEANERS Food and Beverage Industry Cleaner……………………. C-17, 18,20-23, D-1-11 High Caustic Cleaner………………………………………. D-7, 10,11 Low Foam, High Alkaline Cleaner………………………… C-17, 18 Tank Cleaner………………………………………………… C-17, 18 VEHICLE CLEANERS Aircraft Cleaner……………………………………………… A-17 Car Rinse Aid………………………………………………… G-1-3 Car Shampoo………………………………………………… A-3 Car Wash Cleaner…………………………………………… B-1, 28, C-16 Engine Degreaser…………………………………………… A-2 Low Foam Engine Cleaner…………………………………. C-8 Low Foam Vehicle Cleaner………………………………… C-15 Manual Car Wash…………………………………………… A-18, C-9-15 MSO-free Car Rinse Aid……………………………………. G-4 Touchless Car Wash Concentrate………………………… B-2 Train Cleaner………………………………………………… A-17 Vehicle Cleaner……………………………………………… A-3, 13,18,21, B-1, C-1-

5,7,14

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BLEACH CLEANERS PAGES Hydrogen Peroxide Bleach Cleaner………………………. N-1 Thickened Chlorine-based Cleaner……………………….. O-1 Viscous Peroxide-based Cleaner…………………………. N-1 THICKENED CLEANERS Hand Cleaner Gel…………………………………………… A-20 Low Foam, Neutral Thickened Cleaner…………………… C-9-13 Thickening upon Dilution…………………………………… J-3, 4 Viscous Alkaline Cleaner…………………………………… A-15 Viscous Cleaner……………………………………………… A-20 Viscous Neutral Cleaner……………………………………. A-18 TEXTILE CLEANERS Enzyme-free Laundry Detergent…………………………… M-1 Laundry Detergent…………………………………………… A-23 Laundry Detergent for Industrial Use……………………… M-1 Pre-spotter…………………………………………………… A-3 RTU Pre-spotter…………………………………………….. A-12 Spot Remover………………………………………………. P-2 Textile Pre-spotting agent…………………………………. P-2 OTHERS Aluminum Cleaner…………………………………………. A-17 Asphalt Remover…………………………………………… P-2 Metal Cleaner………………………………………………. A-21 Metal Cleaner (non-ferrous)………………………………. A-19, 22 Neutral Chain Lube Concentrate…………………………. L-1, 2 Rust Remover………………………………………………. P-1

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Surface Chemistry Cleaning Applications