Payment & Shipping Terms:
|Color:||White Powder||Melting Point(°C):||110-125 ℃|
|Melt Index ASTM D-1238:||22±5 G/10min||Hardness:||80±3 Shore A|
|Powder Size Range:||0-80 Um 80-200 Um 150-250 Um||Resistance To Yellowing (level):||2.0-3.0|
|Temperature:||110-130℃||Washing Resistant Time:||60°C /72H|
|Usage:||Fiber & Garment,Footwear & Leather|
Textile Fabric DTF Transfer Powder,
250 um DTF Transfer Powder,
Textile Fabrics Hot Melt Adhesive Powder
DTF Transfer Powder Quick detail:
DTF transfer powder is thermoplastic polyurethane powder hot melt adhesive.
DTF transfer powder has a soft feel, good resilience, stretchability, and excellent low-temperature processability. Excellent adhesion to textiles.
DTF Transfer Powder Applications:
D380 is used in textile and garment, thermal transfer printing, thermal transfer paste, flocking paste, bronzing
DTF Transfer Powder Physical Characteristics:
|Density ASTM D-792||1.20±0.02 g/cm³|
|Melt Point DSC||110-125 ℃|
|Melt Index ASTM D-1238||22±5 g/10min|
|Hardness||80±3 Shore A|
|Powder size range||0-80 um|
|Resistance to yellowing (level)||2.0-3.0|
( reference only)
1, Bonding temperature and pressure as well as the time involved in the strength of the film to material. Bonding temperature must be close to the machine set the temperature, the pressure must be uniform, mold and pressure roller must be flat.
2, In different machinery and materials, the bonding conditions used will be different. The conditions marked here are only basic. The optimum bonding conditions should be made by creating suitable construction conditions for the particular application damage, direct or consequential, arising out of the use, misuse or inability to use the product.
Why Choose Us
1, more than 10 years experience in production.
2, well-known products: Sichuan Famous Brand.
3, Good quality control in production process: Quality Service AAA Grade Credit Enterprise
4, Excellent quality and Competitive price, OEM is available.
5, Stable supply: an extensive range of stock.
6, The whole process from material to end products is under supervision.
Contact Person: Tina Chen