LidoChem, Inc.Performance Nutrition Division

20 Village CourtHazlet, NJ 07730

Ph: 732 888 8000 • Fax: 732 264 2751www.performancefertilizers.com

info@lidochem.com

Application Rates & Timing

KaPre® RemeD8 is suitable for use on all types of turf grass and ornamental plants.

Maintenance Rate: Apply 3 - 6 fluid ounces per 1,000 ft2 (1 - 2 gallons per acre) of KaPre® RemeD8 bi-weekly throughout the

season.

Curative Rate: Apply 6 - 15 fluid ounces per 1,000 ft2 (2 - 5 gallons per acre) of KaPre® RemeD8 bi-weekly for the first month

of the season. Apply 3 - 6 fluid ounces per 1,000 ft2 (1 - 2 gallons per acre) of KaPre® RemeD8 bi-weekly

throughout the remainder of the season.

• Applications should be made in the morning or late in the day.

• Spray turf and bare spots thoroughly.

• For hydrophobic soils, irrigate turf down through the depth of the affected soil after application.

KaPre, Pennamin and Performance Nutrition are registered Trademarks of LidoChem, Inc.

© 2013 LidoChem, Inc.

enhances Nutrient Uptake

revitalizes Soil Microflora

supports a Healthy EcosystemDo Not Distribute In California

NOTES:

• For best results, follow the Performance Soil Treatment protocol and synergize KaPre® RemeD8 with labeled

rates of KaPre® ExAlt KaPre ExAlt Polyelectrolyte Solution and labeled rates of Pennamin® products!

Benefits of KaPre® RemeD8• Enhances nutrient uptake, which contributes to improved

nutrient use efficiency.

• Enhances root initiation and increases root development.

• Improves stress tolerance.

• Activates, nourishes, and increases populations of beneficial

soil microbes, the driving force of any ecosystem.

• Improves soil composition, porosity and structure. This

allows for free movement of air and water in the rhizosphere.

• Helps improve soil Cation Exchange Capacity (C.E.C.). This improvement in C.E.C helps optimize plant

nutrient uptake from soil solutions.

• Increases carbohydrate production, which in turn, feeds microorganisms in the rhizosphere.

• The mycorrhizae in KaPre® RemeD8 act as extensions of the plant roots to help them absorb more

water and nutrients from the soil.

• Bacillus amyloliquefaciens 1 X 108 cfu per ml

• Bacillus licheniformis 1 X 107 cfu per ml

• Bacillus megaterium 1 X 107 cfu per ml

• Bacillus subtilis 1 X 107 cfu per ml

• Glomus intraradices 1 X 103 cfu per L

KaPre® RemeD8 Patented Soil Amendment & Fertilizer Additive is designed to influence and enhance several

parameters of a healthy, productive soil ecosystem. All of the premium natural components contained

in KaPre® RemeD8 – beneficial microorganisms, fermentation extracts, humic acids, organic extracts,

mycorrhizae, amino acids, and more - contribute to a vigorous and sustainable ecosystem.

Different ways to use utilize KaPre® RemeD8Add KaPre® RemeD8 to the spray tank…

• As part of an “ecosystem management program”

KaPre® RemeD8 replenishes the soil with diverse microorganisms, the driving force of a healthy

ecosystem, while improving the soil’s structure, composition and porosity.

• To catalyze fertilizer applications

KaPre® RemeD8 breaks down complex fertilizer molecules into simpler forms for improved fertilizer

efficiency and a quicker response to fertilizer applications.

• To revitalize over-worked or unproductive soils in areas where turf is difficult to grow

• To stimulate a growth response when over-seeding and establishing new turf for more uniform and

complete germination

The Microbial Component of KaPre® RemeD8 KaPre® RemeD8 is home to a consortium of nitrogen-fixing bacteria, Bacillus megaterium, a patented

strain of Bacillus amyloliquefaciens, and mycorrhizae, that contribute billions of colony-forming units per

milliliter (cfu/ml) to the soil.

KaPre® RemeD8 rhizosphere-competent populations of microorganisms:

Enzymes Produced by KaPre® RemeD8 MicrobesKaPre® RemeD8 microbes produce a wide array of enzymes and substances that are important to turf

health and vigor, including:

¾ Amylase, an enzyme that breaks down starch into sugar, an important source of energy for plants

and turf.

¾ Cellulase, a class of enzymes that catalyze the decomposition of cellulose, a process of significance

in breaking down recalcitrant turf residue such as thatch.

¾ Lipase, a water-soluble enzyme that performs essential roles in lipid metabolism.

¾ Phytase, which acts on phytate, the principal storage compound of phosphorous in plants, and

mobilizes inorganic polyphosphates. The phytase has shown a tendency to colonize the roots making

it a very efficient phosphate mobilizer.

¾ Protease, which breaks down proteins into plant

usable amino acids. With the expanded usage of

animal based fertilizers, protease is needed to break

the bonds that link amino acids together and make

them plant available.

¾ Subtilisin, which is active in the breakdown of proteins

and polypeptides.