Product Name: Super-thin Hot Melt Adhesive Film
Product Parameters
| Model No. |
Thickness |
Melting point |
Bonding Temp. |
Application |
Base:Release Liner PET
Coating:TPU |
30µm,5µm |
100-120°C/212-248°F |
100-130°C/212-266°F |
Cotton,PET, Leather,Polyester |
Base:Release Liner Paper
Coating:EAA |
10µm,20µm |
80-90°C/176-194°F |
90-100°C/194-212°F |
Metal,Paper,Cotton |
Base:PEN
Coating:EEA |
15µm |
110°C/230°F |
130-140°C/266-284°F |
Metal,PET,PEN,PEI |
Base:EI
Coating:EEA |
15µm |
110°C/230°F |
130-140°C/266-284°F |
Metal,PET,PEN,PEI |
Base:Release Liner Paper
Coating:PES |
30µm |
90°C,110°C/194°F,230°F |
100°C,120°C/212°F,248°F |
Cotton,PET,Leather,Metal |
| TPU/PES |
30-50µm |
100°C/212°F |
120°C/248°F |
Any material suitable for TPU and PES |
Base:PET
Coating:PU |
30µm |
90-100°C/194-212°F |
100-120°C/212-248°F |
High Transmitting Anti-Yellow PU |
Our hot-melt adhesive film is a versatile solution widely utilized in both industrial production and everyday applications.
After years of dedicated research, we have perfected a series of super-thin hot-melt adhesive films.
Our super-thin hot-melt adhesive film stands out in the market with its remarkable thickness range of just 5-50μm (0.005mm-0.05mm). It features an exceptionally smooth surface, robust structural integrity, and impressive anti-yellowing properties.
Incorporating cutting-edge technology, we produce a unique two-sided hot-melt adhesive film with different materials on each side, enhancing service flexibility for our clients.
| Product |
EAA |
| Technical Parameter |
Thickness(micron) |
10micron-50micron |
| Melting Point(°C/°F) |
80-90°C/176-194°F |
| Bonding Temp.(°C/°F) |
90-100°C/194-212°F |
| Specification |
Roll |
3" paper core |
| Width |
860mm |
| Length |
50m |
| Application |
cotton fabric,cellulose base fibre,metal,etc. |
| Support Customization & OEM |
More Related Products
| EAA FILM/PAPER RELEASE BASE |
EAA FILM/PET RELEASE BASE |
| PES FILM/PAPER RELEASE BASE |
EEA FILM/PEN BASE |
| TPU FILM/NON-WOVEN FABRIC BASE |
TPU FILM/PET RELEASE BASE |
| PES/TPU FILM(2-Sided Different Material Film)/PET RELEASE BASE |
| Aerospace |
Car Decoration |
PPE Suit |
| Mobile Phones |
Industries |
Medical |
Established in 2002, Hangzhou Luxing Environmental Protection Material Co., Ltd. specializes in digital print heat transfer consumables like inkjet cotton heat transfer paper, fluorescent heat transfer paper, eco-solvent ink printable heat transfer vinyl, DTF ink & DTF film, and a variety of super-thin hot melt adhesive films, including EAA, TPU, PES, and the innovative PES/TPU two-sided film, all available with paper, PET, PEN, and EI release bases.
Boasting a robust R&D capability, our company was honored as a national high-tech enterprise in 2012.
Committed to excellence, we strive to surpass international production standards and consistently meet our customers' expectations with unparalleled quality.
R&D Capability And Patents
Packing & Delivery
1. Who are we?
Founded in 2002, our company is strategically located in Zhejiang, China, in close proximity to the bustling Shanghai and Ningbo seaports.
Our factory employs approximately 11-50 skilled professionals.
2. Are you a factory manufacturer?
Indeed, we are a dedicated factory manufacturer.
3.What can you buy from us?
-- Digital print heat transfer consumables: Including Cotton inkjet heat transfer paper, DTF ink/film/powder, Eco-solvent ink printable heat transfer vinyl, Eco-solvent ink printable sticker paper, Heat transfer film, and Heat transfer vinyl;
-- Super-thin hot melt adhesive film with thickness ranging from 5-50μm.
4. Why should you buy from us instead of from other suppliers? We ensure stringent quality control throughout mass production.
We offer comprehensive customization and OEM services.
With over 20 years of rich R&D experience, we provide robust solutions tailored to your needs.
Feel free to contact us if you're interested in our renowned products or wish to develop new ones.
Tips: Please conduct a preliminary test with our materials before mass production to avoid unforeseen losses beyond our material's scope.
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