DTF Powder Heat Transfer Polyurethane 80-200 Micron Hot Melt AdhesiveTPU Powder for DTF Printing

DTF Powder Heat Transfer Polyurethane 80-200 Micron Hot Melt AdhesiveTPU Powder for DTF Printing
 
DTF Hot Melt Powder products: ES220

DTF Hot Melt Powder Description:

This advanced adhesive powder is engineered from high-performance thermoplastic polyurethane (TPU), delivering superior bonding strength combined with exceptional flexibility. Designed for a wide range of industrial and textile applications, it offers:

Key Features & Benefits:

✔ Soft & Flexible Feel – Maintains a pliable texture even after curing, ensuring comfort in textile lamination and wearable applications.
✔ High Elasticity & Resilience – Excellent stretch recovery, making it ideal for elastic fabrics, sportswear, and stretchable composites.
✔ Low-Temperature Processability – Can be activated at lower heat settings, reducing energy consumption and preventing thermal damage to sensitive substrates.
✔ Strong Adhesion to Textiles – Bonds securely to various fabrics (polyester, nylon, cotton blends, etc.), ensuring durable seams, hems, and laminates without delamination.
✔ Fast Curing & High Efficiency – Suitable for automated production lines, enhancing manufacturing speed and consistency.

 
DTF Hot Melt Powder Application:
ES220 is commonly utilized in textiles and apparel, as well as in heat transfer printing, heat transfer paste, flocking pastes, and bronzing pastes.

Hot Melt Adhesive Powder Physical Characteristics

 
 
DTF Hot Melt Powder Technical Parameters:

Precautions:1. Polyurethane hot melt adhesive powder is easy to cause agglomeration under high temperature and pressure. Agglomeration is found during use, and it is filtered and used through a screen.

RFQ
Q1) . How about your MOQ of your adhesive powder?
MOQ is 20 KG/25KG ( per bag)
 
Q2) . What type of hot melt adhesive powder do you have?
We have PA, TPU and PES hot melt adhesive powder.
We can accord your application to give your suitable type.
 
Q3). What is your Particle size ?
0-80um, 80-200um , 150um-250um.