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HOT MELT TECHNOLOGY BREAKING THRU A PARADIGM Mike Budai Coating & lamination Manager

HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

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Page 1: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

HOT MELT TECHNOLOGY

BREAKING THRU A PARADIGM

Mike BudaiCoating & lamination Manager

Page 2: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

UFD TECHNOLOGYUtilizing Hot Melt Polymers

Versus more traditional methods

•Roll Coating•Scatter Coating•Needle punching•Flame laminating•Ultrasonic's

For Coating and Laminating

Page 3: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

FLAME LAMINATING

•No Harmful emissions•Higher line speeds•Tighter control over coat

weights•Vary coat weights on the fly•Vary web widths on the fly•Heat history

Page 4: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

ROLL COATING

•Primary benefit is reduced adhesive usage(any where from 20 – 60%less)

•This is Quantifiable in the lab.•Vary Adhesive patterns on the fly•Vary coat weights on the fly•Faster production speeds•Vary web width on the fly•Non-contact application does not compress or crush the substrate

Page 5: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

SCATTER COATING

•Faster production speeds•Reduced energy costs(eliminates both the oven and the chill rolls)•Much more accurate in cross web coat weights•Vary adhesive patterns on the fly•Vary coat weight on the fly•Vary web width on the fly•No static issues•Wider variety of polymers and substrates can be used•Minimal floor space

IR OVENS

CHILLROLLS

Page 6: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

Why Hot Melt?

Thermo plastic polymers

•EVA’s•APAO’s•PSA’s•PUR’s•TPR’s•PE’s•PP’S•PET’S

Page 7: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

Hot Melt Additives

Anti-Microbial

Flame Retardants

Anti-Oxidants

UV Inhibitors

Water Repellants

Page 8: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

Making your product more Green

Saturation produces BiodegradabilityOilsResinsWaxes

Virtually no VOC’s (No Solvent emissions)

No waste water issues

No airborne contaminants

Products totally recyclable APAO’s(All Thermoplastics)

• By comparison  to Acrylics, Urethanes, and latexes

Page 9: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

Hot Melt Coating Advantage

Lighter coat weights

Faster production speeds

Immediate post processing

Energy savings

Alleviate EPA issues

Carry the Green Label

Page 10: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

Hot Melt Coatings

Adjustable structural Integrity

Water proofing

Anti-Oxidants

UV Inhibitors

Page 11: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

Hot Melt Laminating•Variable coat weights on the fly•Faster production speeds –•line speeds exceeding 2500FPM•Intermittent patterning•Vary web widths on the fly•No burn thru of thin substrates•Non contact-will not compressor crush the substrate

•Provide measured breathabilityused in filtration areas

•Less overall cost•Immediate post processing•Vast range of composite substrates

Page 12: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

ADHESIVE LAYDOWN TYPES

All applicator types shownCan come in various head widths

Page 13: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

SYSTEM COMPONENTS

Page 14: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

HOTMELT SYSTEM CONFIGURATION

THREE MAINCOMPONENTS

•ADHESIVE SUPPLY UNIT

•HEATED HOSES

•APPLICATION HEAD/S

Page 15: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

UFD Head Design

Page 16: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

UFD Nozzle Design

Page 17: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

UFD System

Technical Advantages

Modular Assembly

Integrated Filter Technology

Variable Nozzle System

Page 18: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

Random Fiber Omega Patterns

Fiberized Patterns

Page 19: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

UFD Head

One half of 16’ UFD head

Variable web width design

Page 20: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

UFD Heads in Application

Page 21: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

UFD TechnologyINFINITE PATTERNS

BY ADJUSTING AIR PRESSUREBY ADJUSTING PUMP PRESSUREBY ADJUSTING LINE SPEEDBY ADJUSTING NOZZLE TYPE

VARIABLE COAT WEIGHTSBY ADJUSTING AIR PRESSUREBY ADJUSTING PUMP PRESSUREBY ADJUSTING LINE SPEEDBY ADJUSTING NOZZLE TYPE

THE UFD™ ADVANTAGE

UP TO 40% ADHESIVE SAVINGSLONG LIFE SS CONSTRUCTION

LESS DOWN TIME: QUICK CHANGE NOZZLES

LESS DOWN TIME: THRU ON- THE- FLY ADJUSTMENT

LESS DOWN TIME: NOZZLES HAVE BUILT IN FILTERS

TACKLE DIFFICULT PROJECTS THRU PRECISION CONTROL

Page 22: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

STRAND COATING

Page 23: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

PRESSURIZED SYSTEM METERED SYSTEM

Pressurized versus Metered

Page 24: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

Pressurized versus Metered

PRESSURIZED METERED

MINIMAL PRESSURE HIGH ACCURACY

CROSS WEB WITHIN 1%

PRESSURIZED ACCURACY

CROSS WEB WITHIN 10%

Page 25: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

Patterned Coating

HORIZONTAL STRIPESVERTICAL STRIPESBOX PATTERNSEDGE COATINGVARIOUS WIDTHSVARIOUS LENGTHS

ADHESIVE LAYDOWN

TECHNOLOGYALLOWS FOR A

WIDE VARIETY OF PATTERNS

Page 26: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

Pattern Controllers

Also

•Monitor and compensate for Variances in Line speed to maintain Constant coat weight

•Can start and stop Polymer laydownWithin milli-seconds

Page 27: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

PROOF OF PROCESS

LAB FACILITIES

Page 28: HOT MELT TECHNOLOGY - AIMCAL · Random Fiber Omega Patterns Fiberized Patterns. UFD Head One half of 16’ UFD head Variable web width design. UFD Heads in Application. UFD Technology

Hot Melt Laminating

•Variable coat weights on the fly•Faster production speeds –•Line speeds exceeding 2500FPM•Intermittent patterning•Vary web widths on the fly•No burn thru of thin substrates•Non contact-will not compressor crush the substrate

•Provide measured breathabilityused in filtration areas

•Less overall cost•Immediate post processing