polyurethane tpu hot melt adhesive film is washable

1. product name: spray-free adhesive film (hot melt adhesive film)

product material: environmentally friendly tpu (polyurethane)

bottom paper: pe bottom film (white)

melting point (℃): 60-80 low temperature

color/shape: white translucent/film shape

thickness: 0.03mm/0.04mm/0.05mm/0.06mm/0.08mm/0.1mm (special thickness can be customized as required)

regular width: 1.25m-1.4m (can be customized according to requirements)

customizable thickness range: 0.02mm/0.03mm/0.05mm/0.08mm (can be customized according to needs)

customizable wide range: 1.0m/1.45m (can be customized within 1.6m)

length of each roll: 450m (can be customized according to needs)

2. tpu hot melt adhesive film: processing temperature: 100~120℃, a variety of processing temperature varieties are available, saving labor, high elasticity, good flexibility, strong bonding fastness, waterproof, washable, impermeable to glue, environmentally friendly and other characteristics.

widely used in waterproof zippers for jackets, seamless pockets for ski suits, plackets, mesh gluing for sports shoes, seamless underwear, tpu lamination, leather fabric composites, seamless mobile phone cases, synthetic panels, metal film composites, conductive fabrics, reflective materials, automotive interiors, ic card packaging, pvc composite and other industries.

3. common methods of using hot melt adhesive film

1. hot melt adhesive films usually include release paper, pe, pet, and opp protective films. tear off the release paper, pe, pet, and opp, and place the hot melt adhesive film between material a and material b that need to be bonded. , heated with a heating device, and after cooling, material a and material b will be bonded together.

2. bond one side of the hot melt adhesive film to material a, use a heating device to separate the release paper, pe, and pet. after heating, tear off the release paper, pe, and pet, and glue the material b that needs to be bonded on. together, they are heated with a heating device. after cooling, material a and material b will be bonded together.