Customized Logo TPU Film Thermoplastic Sheet Tpu Polyurethane Film

Specifications

A. thermo hot melt adhesive films
B. Good bond strength
C. Good toughness
D. Usage:seamless zipper,pockets,leather lamination
Polyurethane hotmelt adhesive film-TPU

A.Feature
Low temp,save labor cost,feel soft,good toughness,good bond strength,water proof,good resistance to water
and dry laundry, no leaking,environmentally friendly etc.

Physical performance and using suggestion:

Application

Home Textiles

Curtain, table cloth, mattress, etc..

Heat Transfer Printing

Flocking, gilding and pyrography

Electronic Products

Low pressure injection molding products

Interlining

Strong bonding strength, stable performance, resistance washing and dry cleaning. Choice for double dot, paste dot, powder dot.

Automobile Industry

Roof lining, seat, heat insulating system, sound pannel, air filter, sofa cushion, carpet etc..

Filter Material

Air filtration process, fuel filtration system, lamination, active carbon nonwoven, paper, etc..

Art Jewelry

Have a good strength for bonding metal, glass, organic material, plain film and aluminium covers a wide range of application

Shoes Industry

Front upper adhesive, shoes cloth stereotypes, shoes compound, back upper adhesive

Other Industries

Women`s underware, reflective material, conductive cloth, forming cloth, wall cloth, embroidery badges, woven labels etc...

Hot melt adhesives (also called hot glues) are typically 100% solids formulations (no water or solvents involved) based on thermoplastic polymers. Hot melt adhesives are sold in a solid state at room temperature and are "activated" when heated to their flex softening point (usually between 50 and 160 degrees). Once melted (in a hot melt pot), the adhesive can then be applied to the substrate in its liquefied or molten state. The hot melt wets the substrate, penetrates the surface (and any cavities), and then solidifies, ensuring cohesion. This setup/cooling process takes very little time. Glues that cool and stay tacky are known as pressure-sensitive adhesives (PSAs) -- we'll get to those in depth later.