Low Foaming Burnt-out Powder: Essential for Precision Textile Devoré Printing

Unlock innovative textile designs with our advanced burnt-out powder, achieving stunning transparency and delicate patterns on various fabrics.

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Key Advantages of Our Textile Burnt-out Powder

Effortless Application and Processing

Our burnt-out powder is incredibly easy to make and apply, ensuring a smooth textile printing auxiliary process. Furthermore, fabric is easy to wash after baking, significantly reducing post-production labor in your textile printing operations.

Uncompromised Fabric Quality

A standout characteristic of MF-20 is its gentle yet effective action; it does not damage the polyester fibers nor does it affect the color of polyester, preserving the integrity and aesthetic appeal of your blended fabrics. This is crucial for achieving high-quality devoré fabric designs, especially on cotton polyester fabric.

Versatile Design Potential

Beyond standard transparent effects, our burnt-out auxiliaries facilitate color burnt-out by allowing the addition of acid-resistant disperse dyes. This opens up new possibilities for creative textile finishing techniques, offering unique pattern and color combinations for various textile chemicals.

Key Applications

Textile Printing Industry

Our burnt-out powder is widely used as a textile printing auxiliary for creating innovative patterns and transparency effects on various fabric blends, including cotton, TC, and TR. This aligns perfectly with modern burnt-out printing methods.

Devoré Fabric Production

Essential for the devoré process, this chemical selectively removes cellulosic fibers, yielding luxurious and intricate see-through designs on mixed-fiber compositions, ensuring a perfect devoré fabric outcome.

Tie-Dyeing Innovations

MF-20 can also be utilized in tie-dyeing without rules burnt-out process, offering unique possibilities for artistic and irregular pattern creation, expanding the scope of modern textile finishing and design for specialty textile finishes.

Functional Fabric Carbonization

Ideal for fabric carbonization printing, it aids in producing specialized textiles with distinct textures and opacities by precisely removing targeted fibers, leading to novel fabric characteristics and the much-sought-after transparent fabric effects.