The new generation of down cotton adopts multi-material composite processing technology. Ultra-fine multifunctional fibers are entangled to form a down cluster structure, forming a large number of micro-spherical gaps, locking a large amount of air, and has the high warmth retention effect of natural down. At the same weight, the warmth rate is 33% higher than that of traditional down cotton. At the same volume, it is 30% lighter than traditional down cotton.

Product ingredients: polyester + polypropylene

Product Features:

1. Ultra-lightweight

The combination of multi-dimensional curling and interlayer winding of less than 0.1D ultra-fine fibers makes it lighter than traditional down cotton with the same warmth retention effect, without the feeling of being thick and bloated, and has the lightness and comfort of natural down.

2. Highly efficient warmth retention effect and high moisture permeability

The composite multifunctional fiber does not absorb moisture, has high moisture permeability, does not feel dull during exercise, and does not reduce the warmth retention performance in a humid environment, overcoming the defect that down will reduce or lose its warmth retention performance when it encounters moisture.

3. Easy to clean and maintain in daily life, washable

The modified fiber has good hydrophobicity, is easy to clean, dries quickly, and does not shrink or deform after repeated machine washing. The hygienic cleaning is far better than the daily maintenance of down.

4. No down running or drilling

High-density composite technology and multi-layer superfine fibers completely solve the problem of natural down running and drilling.

5. Easy to process and use

Quilting is simple, cutting and sewing are more efficient, and it is more suitable for the processing and production of multi-style and multi-purpose ready-made clothes and quilts.

6. Ecological safety and health

No odor, no allergenicity, fully in line with the national safety and health requirements for textilesfor infants and young children.