|Minimum Order Quantity||10 Meter|
|Usage/Application||Furnece, High Temperature Insulation|
|Width||900 & 1500mm|
|Pattern||Plain & Twill|
Descriptions Our Silica cloth is a high performance textile fabric that has 96% SiO2,
flexible fabric designed for use where severe temperature conditions exist.
It used for thermal insulating and heat protection. It will not burn, rot or deteriorate and resist most acids.
It will keep good state when it works at 1100℃ for a long time. It works at 1400℃ more than 15 minutes
and works at 1700℃ more than 15 seconds.
Tensile Strength min
Endurance of temperature
|Usage||High Temp Insulation|
|Type Name||Form||Yarn Dia||Yield g/1,000m||Tensile Strength Kgf/Yarn||Chemical Composition (%)|
34tex x 2
|S-1280D(7)||Two Ply 67tex x 2||0.3||133||5||A/S=60/40 A/S=72/28|
|S-1920D(7)||Three Ply 67tex x 3||0.5||200||7||A/S=60/40 A/S=72/28|
|S-3840d(7)||Three Ply 133tex x 3||0.6||400||12||A/S=60/40 A/S=72/28|
|S-960D(10)||Three Ply 67tex x 3||0.6||200||6||A/S=80/20|
|No. of ply||3 ply|
|Size/Length||150 1/0,.225 1/2|
|Make||USA / Europe|
|Max Withstanding Temperature||1250 Deg C|
|Packaging Type||Roll and Cone|
|Minimum Order Quantity||500 Kg|
Alkali-resistant sizings KV-13, KV-42 and KV-41 for Basfiber® were developed specifically for construction applications. These sizings provide excellent alkali resistance and good compatibility with concrete and different resins used for production of rebar and other composite products in construction industry.
Besides high alkali resistance these products have much higher mechanical properties than E-glass and much lower price compared to all other alkali resistant fibers.
All the above mentioned advantages make these product an excellent and affordable alternative to alkali-resistant fibers which are currently used on the market.
Kamenny Vek offers a wide range of products for building and road construction:
|No. of ply||3 ply|
Carbon fiber fabric is made of carbon fiber by woven unidirectional, plain weaving or twill weaving style. The carbon fibers we use contain high strength-to-weight and stiffness-to-weight ratios, carbon fabrics are thermally and electrically conductive and exhibit excellent fatigue resistance. When properly engineered, carbon fabric composites can achieve the strength and stiffness of metals at significant weight savings. Carbon fabrics are compatible with various resin systems including epoxy, polyester and vinyl ester resins.
1. high tensile strength and ray penetration
2. abrasion and corrosion resistance
3. high electric conductivity
4. light weight, easy to construct
5. high elastic modulus
6. wide temperature range
7. type: 1K, 3K, 6K, 12K, 24K
8. good surface, factory price
|Minimum Order Quantity||100 Square Meter|
|Pattern||Plain & Twill|
|Minimum Order Quantity||10 Kg|
|Grade||Coating Type||Coated Weight %||Bulk Density g/l||Main Applications|
|CS-2516||Not Disclosed||2.5-3.0||>420||GPTP-PC, ABS, PPE, PET, PBT, PA, POM, LCP and related polyemers|
|CS-216H||Not Disclosed||2.0-2.7||>395||HTTP-PEI, PEEK|
|CS-004||Water||No Sizing||>400||Water Dispersible|
|CS-815||Water Soluble||3.0-4.0||>420||Water dispersible uses|
|CS-15||Epoxy||1.2-1.5||>380||BMC, SMC Process|
|MF-50, 120||No Sizing||-||320-580||Plastics, Rubber, etc|
|Minimum Order Quantity||50 Kg|
|Usage/Application||They are present in various fields such as: automotive (composites,tyres...),sport (ropes,compos|
|Width||660Dtex 930Dtex 1100Dtex 1670Dtex|
|Packaging Size||4 kg cone|
|Packaging Type||standard box of 2 kg|
Meta-aramid (Nomex®, Conex®, Kermel®...) or para-aramid (Kevlar®, Twaron®...) fibres are both non-melting fibres (they carbonise) used for their thermal resistance (200-250°C). However, the important difference between meta and para aramid lies in the difference in mechanical strength, para-aramid (natural yellow colour) being much more mechanically resistant.
These aramid fibres are the most widespread and make up the majority of textiles for technical uses. They are present in various fields such as: automotive (composites, tyres...), sport (ropes, composites...), defence and rescue (fire and heat protection...), transport, aeronautics and aerospace...
It should be noted that aramid fibres are not, or only with difficulty, dyed and that the colour ranges are often limited. The significant additional costs and minimum quantities of large processing operations may be required if coloured flame retardant fibres are required.