Modacrylic-Cotton Interlock Knit Built for Flame Resistance
Flame Retardant Interlock Fabric 60% Modacrylic 40% Cotton
| Composition: | 60% Modacrylic + 40% Cotton |
| Net Weight: | 260g ± 10gsm |
| Width: | 63" |
| Packaging: | 50-100m/roll |
| Certificates: | ISO 9001, ISO 14001, OHSAS 18001, UL, OEKO-TEX![]() |
◆ Lead Time: 25-35 days
◆ Shipping: Sea freight, Railway freight
◆ Payment: T/T, L/C ...
About Ningbo MH
MH specializes in garment accessories and fabrics, offering high-quality solutions for the textile and home décor industries. With advanced automated warehousing, MH ensures efficient supply chain management and provides comprehensive after-sales support, exclusively serving businesses, not individuals.
Product Details
MH flame retardant interlock fabric is knitted from 60% modacrylic and 40% cotton in an interlock knit structure, giving the fabric inherent, non-topical flame resistance.
This 60% Modacrylic, 40% Cotton Flame Retardant Interlock Fabric combines the flame-resistant properties of modacrylic with the comfort and breathability of cotton. The interlock knit structure provides excellent durability, softness, and a smooth texture, making it suitable for a range of protective clothing applications
With a weight of 260g ± 10gsm, this fabric is ideal for creating flame-resistant workwear such as shirts, jackets, coveralls, and uniforms that require high durability and comfort. The flame retardant finish ensures that the fabric complies with international fire safety standards, making it a reliable choice for use in industries like oil & gas, chemical plants, electrical maintenance, and construction.
Features
- Flame retardant treatment for enhanced safety
- Soft and breathable cotton for comfort
- Durable interlock knit structure for long-lasting wear
- Modacrylic blend offers excellent fire protection
- Suitable for high-performance workwear
Applications
Perfect for protective clothing manufacturers, especially those producing flame-resistant uniforms for industries like oil & gas, construction, chemical processing, and electrical sectors.



