|Place of Origin:||China|
|Minimum Order Quantity:||5000pcs|
|Packaging Details:||wooden case packing|
|Delivery Time:||40-50 days|
|Payment Terms:||L/C, , D/A, D/P, T/T, Western Union|
|Supply Ability:||10000pcs per month|
|Basic Weight:||105±5g/m²||Thickness Mm @500Pa:||2.5±0.5|
|Ressure Drop:||≦40 Pa||Efficency:||30±10|
Two-component high-efficiency thermal cotton
Two-component high-efficiency thermal cotton is made of polypropylene superfine fiber and three-dimensional hollow polyester staple fiber. Polyester hollow crimped fiber has good elasticity and closed-cell structure, and is hot-melt bonded with polypropylene fiber, so that the fiber web has a good three-dimensional network structure, with good consolidation, integrity, and bulkiness, resulting in better formation The moisture-repellent, breathable and heat-preserving effect makes the heat-preserving material have the characteristics of "warmth retention, comfort, lightness, and mildew resistance", making the warm clothing high-end and fashionable. The two-component thermal cotton has high resilience, does not deform, can be moisture-proof, washed, and dry-cleaned. It can be widely used in clothing, clothing, shoes and hats, and can also be used in other industries such as automobiles.
The material is white and soft, and the two fibers are mixed to form a consolidated three-dimensional network structure, which has a large specific area and light weight;
The blocking effect of bi-component fiber on heat evacuation is higher than that of ordinary fiber, and the effect of heat preservation is good;
The material is easy to dry when exposed to water, and the moisture regain rate is close to zero. It is suitable for use in humid and severe cold environments;
Two kinds of fibers with different diameters are mixed with good elasticity and can be used for heat preservation and sound insulation in the automobile industry.
Ingredient of the product:
Polyester fibre 35%,polypropylene fibre 65%.
|Type||BasicW.g/m²||Thickness.mm||War-keeping(rate)||heat transter coefficient(w/m²℃)||clo volue m²℃/W|
Contact Person: Riley