Can’t Find What You Are Looking For? Find Out About Our Bespoke Design Solutions.
Find, develop, and integrate new products to meet the growing demands in the market for workplace protection.
We have multiple laboratories equipped with various instruments and experimental equipment, where we conduct up to 100 technical tests every day.
Continuous research and innovation, testing and studying the behavior of new textile fibers and new thread combinations allow us to develop increasingly specialized protective fabrics.
We have the latest laboratory equipment technology and highly qualified personnel, enabling us to develop new fabric compositions, explore uncharted territories, and test technical fabric innovations.
Flame-retardant fabric primarily prevents rapid combustion and reduces fire risks. Enhanced with antibacterial, moldproof, UV protection, and anti-static properties, it adapts to diverse environments like medical, outdoor, and home settings. Ideal for curtains, workwear, and textiles, it combines safety with added durability, comfort, and functionality such as water and stain resistance.
BEGOODTEX flame-retardant blackout fabric combines permanent flame resistance with high blackout performance, offering 95%-100% light blocking. It is ideal for fire-safe and light-controlled environments. The fabric meets multiple international flame-retardant standards, is eco-friendly, washable, and also provides heat insulation, sound absorption, and UV protection. More
BEGOODTEX flame-retardant antibacterial fabric combines permanent flame resistance with antimicrobial properties. It’s breathable, quick-drying, and mold-resistant, ideal for medical and home use. More
BEGOODTEX IFR anti-UV flame-retardant fabric combines permanent flame resistance with effective UV protection, featuring less than 3% UV transmittance and UPF 50+. It is breathable, moisture-wicking, durable, and ideal for outdoor clothing and sunshade applications. More
BEGOODTEX’s IFR waterproof, oil-proof, and antifouling fabric combines permanent flame resistance with “three-proof” capabilities. It is breathable, durable, and widely used in workwear, outdoor gear, and medical supplies. More
BEGOODTEX’s IFR anti-static flame-retardant fabric combines permanent flame resistance with effective anti-static properties. Utilizing conductive fibers, it neutralizes and dissipates static charges, making it suitable for static-sensitive environments like electronics and petrochemicals. The fabric is soft, breathable, durable, and ideal for protective and workwear applications. More
BEGOODTEX’s IFR flame-retardant fabrics are GRS certified, containing at least 50% recycled materials, meeting environmental and social responsibility standards, and ideal for applications in clothing, home textiles, and curtains. More
BEGOODTEX’s flame-retardant spandex fabric combines permanent flame resistance with excellent elasticity, ideal for applications like tablecloths and chair covers, maintaining flame resistance even after multiple washes.
BEGOODTEX’s flame-retardant medical curtain fabric is made of 100% polyester, offering flame resistance, antibacterial, moldproof, and anti-UV properties. Ideal for hospitals and clinics, it is breathable, privacy-protecting, and meets international flame retardant standards.
Our quality control and testing services help textile mills, manufacturers, importers and retailers ensure that their products meet their internal quality standards and the specifications of their target markets. We provide comprehensive same-day inspection reports and 48-hour turnaround lab testing, ensuring prompt and reliable results to help you make well-informed decisions for your textile supply chain.
· AATCC 8 Color Fastness to Rubbing (Wet and Dry)
· AATCC 15 Color Fastness to Perspiration
· AATCC 16.3 Option 3 Color Fastness to Light
· AATCC 106 Color Fastness to Seawater
· AATCC 107 Color Fastness to Water
· AATCC 116 Color Fastness to Rubbing (Rotation)
· AATCC 135 Dimensional Stability of Home Laundered Fabrics
| Document | Updated |
|---|---|
BS5867-2 TYPEA.PDF
|
June 2023 |
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BS7175 polyester+cotton
|
June 2023 |
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BS7175 source7
|
June 2023 |
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BS7175
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June 2023 |
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BS7175-crib5
|
June 2023 |
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CA title 19 1237.2
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June 2023 |
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CANULC-S109-14
|
June 2023 |
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DIN4102-B1 coated fabric
|
June 2023 |
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DIN4102-B1
|
June 2023 |
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DIN4102-B2
|
June 2023 |
| Document | Updated |
|---|---|
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EN13501-1
|
April 2023 |
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M1 BLACKOUT
|
April 2023 |
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NFPA701 Premier
|
April 2023 |
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NFPA701 banjo fabric
|
April 2023 |
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NFPA701 mesh fabric
|
April 2023 |
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NFPA701 PVC
|
April 2023 |
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NFPA701 spandex fabric
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April 2023 |
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NFPA701 voile fabric
|
April 2023 |
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NFPA701+antibacerial
|
April 2023 |
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M1 BLACKOUT
|
April 2023 |
