ELITEX details the core technologies behind its blockout fabrics
ELITEX (Dezhou) says its blockout fabrics combine dense weaving, PVC-free coating, UV protection and flame-retardant finishing to deliver high opacity and durability. The company also points to global certifications, a 5-year warranty and partnerships with major window-covering brands.
Why it matters: - Window-covering buyers need fabrics that block light, hold shape, and meet fire-safety requirements without losing performance over time. - ELITEX is positioning its blockout line for residential, commercial, and industrial projects that demand opacity, durability, and indoor safety compliance. - The company’s technical claims are aimed at procurement teams and R&D groups evaluating high-spec blackout materials.
What happened: - ELITEX (DEZHOU) Co., Ltd., founded in 2003 in Shandong, China, outlined four core technologies behind its high-performance blockout fabrics. - The company highlighted high-density double-layer weaving, nano-scale opaque coating, UV/weather-resistant treatment, and flame-retardant finishing. - ELITEX also listed product use cases including roller blinds, vertical blinds, horizontal blinds, roman blinds, and sunscreen fabrics.
The details: - ELITEX uses 100% polyester yarns in a high-density double-layer weave. - The inner layer uses 180–220 threads per inch to mechanically block light before coating is applied. - The base fabric is designed for 99.5% minimum opacity with zero pinholes, verified under ISO 105-B02-2014. - Shrinkage is listed at less than 0.5% after washing, based on ISO 6330. - Fabric weight ranges from 200–450 g/m². - Standard widths are 250 cm, 280 cm, and 300 cm. - The coating process uses a proprietary aqueous acrylic, PVC-free formulation. - ELITEX applies the coating with knife-coating and paste-coating lines. - The multi-layer coating typically uses 2–3 passes. - The coating is said to deliver more than 99.9% light blocking, measured by spectrophotometer. - The finish is matte and designed to reduce glare in roller blinds. - For special orders, ELITEX offers metallic-backed blockout fabrics that reflect up to 85% of infrared radiation. - The UV stabilization package includes nano-titanium dioxide and UV absorbers. - Color fastness is listed at Grade 6–7 under ISO 105-B02-2014 Xenon Arc Lamp testing. - After 1,500 hours of accelerated weathering under ISO 4892-2, the fabric retains 95% tensile strength. - Water repellency is rated ISO 5 on the spray test. - ELITEX says its blockout fabrics come in non-FR and flame-retardant versions. - Flame-retardant chemistry is integrated during coating, rather than applied only as a topical finish. - Certifications listed include German B1, California Title 19, NFPA 701-2015 Method 1, EN 13773:2003 Class 1, BS5867-2 Type B, China B1, AS1530-2, and AS1530-3. - For higher-spec projects, ELITEX also cites GREENGUARD Gold Certified, GREENGUARD Certified, OEKO-TEX Standard 100, and Cradle-to-Cradle environmental standards. - ELITEX gives the blockout fabrics a 5-year warranty against coating delamination, fiber degradation, and color change.
Between the lines: - The technical detail suggests ELITEX is competing on measurable performance rather than generic blackout claims. - The combination of opacity, flame ratings, and environmental certifications is tailored to commercial buyers that must balance aesthetics, compliance, and indoor air quality. - Naming major brands such as Hunter Douglas, Springs Window Fashions, Mermet, Coulisse, Bandalux, Uniline, Louver-Lite, and SunSetter signals an attempt to reinforce supply-chain credibility.
What's next: - ELITEX is likely to keep marketing the fabrics to buyers in commercial buildings, hospitality, healthcare, and other controlled-light environments. - The company’s published specs, certifications, and warranty terms give purchasing teams a checklist for comparing the material against competing blockout products. - More information is available on the company’s website: the company’s website.
Disclaimer: This article was produced by AGP Wire with the assistance of artificial intelligence based on original source content and has been refined to improve clarity, structure, and readability. This content is provided on an “as is” basis. While care has been taken in its preparation, it may contain inaccuracies or omissions, and readers should consult the original source and independently verify key information where appropriate. This content is for informational purposes only and does not constitute legal, financial, investment, or other professional advice.
Sign up for:
Applied Technology News
The daily local news briefing you can trust. Every day. Subscribe now.
Check Your Email!
We sent a one-time activation link to: .
Confirm it's you by clicking the email link.
If the email is not in your inbox, check spam or try again.
Welcome back!
is already signed up. Check your inbox for updates.