Composite Fiber
Showing all 12 results
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Chemical Goods, Composite Fiber, Inorganic Chemicals
Acrylic Staple Fiber Vonnel™ – Mitsubishi Chemical Corporation
Chemical Goods, Composite Fiber, Inorganic ChemicalsAcrylic Staple Fiber Vonnel™ – Mitsubishi Chemical Corporation
VonnelTM is our company’s acrylic fiber brand and the main ingredient is acrylonitrile (AN).
It has a soft and warm texture similar to cashmere and wool. It is used in sweaters, cut and sewn products, underwear, and socks. It is also used in non-clothing applications such as eco-fur, blankets, carpets, and non-woven fabric.
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Chemical Goods, Composite Fiber, Inorganic Chemicals
Alumina – Sumitomo Chemical Co. Ltd.
Sumitomo Chemical provides a wide variety of functional chemical products that contribute to reducing the environmental impact as well as to conserving energy and natural resources.
Such products include alumina and aluminium used for energy-efficient products, high-performance polymer additives and rubber chemicals, as well as super engineering plastics and lithium-ion secondary battery materials used in electronic components and next-generation vehicles.
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Chemical Goods, Composite Fiber, Inorganic Chemicals
Aluminium – Sumitomo Chemical Co. Ltd.
Sumitomo Chemical provides a wide variety of functional chemical products that contribute to reducing the environmental impact as well as to conserving energy and natural resources.
Such products include alumina and aluminium used for energy-efficient products, high-performance polymer additives and rubber chemicals, as well as super engineering plastics and lithium-ion secondary battery materials used in electronic components and next-generation vehicles.
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Chemical Goods, Composite Fiber, Inorganic Chemicals
Bare Optical Fiber – SUMITA OPTICAL GLASS Inc.
Sumita develops glass materials and draws optical glass fibers in-house, which allows us to control every stage of optical fiber production and response to specific customer requirements. Inquiries other than the below are welcome.
Contact us to discuss your requirements.
The following three packaging options are available based on fiber type, length, etc.SKU: n/a -
Chemical Goods, Composite Fiber, Inorganic Chemicals
Conductive, Light-absorbing, Heat Generating Acrylic Fiber Corebrid™ B – Mitsubishi Chemical Corporation
Chemical Goods, Composite Fiber, Inorganic ChemicalsConductive, Light-absorbing, Heat Generating Acrylic Fiber Corebrid™ B – Mitsubishi Chemical Corporation
Corebrid B is an acrylic staple fiber with a conductive sheath-core structure and light-absorbing heat generating property.
Inserting a high concentration of conductive and light-absorbing heating particles into the core creates a higher level of performance in comparison with fibers inserted using traditional methods.
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Chemical Goods, Composite Fiber, Inorganic Chemicals
Copper Clad Laminate UPISEL™N/EXSYLAM™NT – UBE EXSYMO CO., LTD.
Chemical Goods, Composite Fiber, Inorganic ChemicalsCopper Clad Laminate UPISEL™N/EXSYLAM™NT – UBE EXSYMO CO., LTD.
UPISEL N and EXSYLAM NT are polyimide based non-adhesive flexible copper clad laminates having superior dimensional stability and heat resistance highly regarded in the electronics material industry such as mobile devises.
“UPISEL” is a registered trademark of UBE Corporation in Japan. “EXSYLAM” is a registered trademark of UBE Exsymo Co., Ltd. in Japan.SKU: n/a -
Chemical Goods, Composite Fiber, Inorganic Chemicals
Low Dk/Df Insulation Material EXSYLAM™F – UBE EXSYMO CO., LTD.
Chemical Goods, Composite Fiber, Inorganic ChemicalsLow Dk/Df Insulation Material EXSYLAM™F – UBE EXSYMO CO., LTD.
EXSYLAM F is a low dielectric constant and low dissipation factor fluoropolymer based flexible copper clad laminate board. With is excellent high frequency performance, it is suited for applications such as high frequency circuit board, antenna parts and parts for millimeter wave antenna requiring high-capacity high speed signal transfer especially in frequency range beyond 20 GHz.
“EXSYLAM” is a registered trademark of UBE Exsymo Co., Ltd. in Japan.SKU: n/a -
Chemical Goods, Composite Fiber, Inorganic Chemicals
Short-Cut Acrylic Fiber Vonnel M.V.P – Mitsubishi Chemical Corporation
Chemical Goods, Composite Fiber, Inorganic ChemicalsShort-Cut Acrylic Fiber Vonnel M.V.P – Mitsubishi Chemical Corporation
Vonnel M.V.P is a short-cut acrylic (polyacrylonitrile-based) fiber used in papermaking and wet non-woven fabric applications.
These fibers have excellent chemical resistance, hydrophilicity, lipophilicity, light resistance, and bulkiness. The lineup of products includes microfibers and split acrylic fiber for utilization in filter, cleaning products, and battery material applications.
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Chemical Goods, Composite Fiber, Inorganic Chemicals
Tri-acetate Filament Yarn Soalon™ – Mitsubishi Chemical Corporation
Chemical Goods, Composite Fiber, Inorganic ChemicalsTri-acetate Filament Yarn Soalon™ – Mitsubishi Chemical Corporation
Soalon is a triacetate filament produced exclusively by Mitsubishi Chemical.
Since production started in 1967, it has remained popular globally as a breakthrough development in the fiber industry due to its impact on expanding ideas in fashion.
This material combines the beauty of natural pulp with a flexible material created through the power of science.
This combination of beauty and functionality creates a range of possibilities including the development of many variations of fabric and fashion ideas. This has and will continue to have a major impact on people’s lifestyles.Soalon embodies the dream of the fashion industry and paves the way to a colorful future.
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Are you looking for a Composite Fiber product?
When selecting Composite Fiber for your company’s needs, there are several important points to consider during the comparison and evaluation process.
1. Fiber Type and Properties
Compare the types of composite fibers available, such as carbon fiber, glass fiber, aramid fiber, or others, and assess their specific properties, such as tensile strength, stiffness, flexibility, and weight.
2. Manufacturing Process
Examine the manufacturing processes used to produce the composite fibers. Different processes can affect the quality and performance of the fibers.
3. Composite Matrix Compatibility
Consider the compatibility of the composite fibers with the matrix material that will be used in the final product. The matrix material should complement the properties of the fibers to achieve the desired performance.
4. Application Suitability
Evaluate whether the composite fibers are suitable for the intended applications in your manufacturing processes. Some fibers may perform better in specific industries or under particular conditions.
5. Cost and Availability
Compare the cost of different composite fibers and their availability in the market. Consider the cost-effectiveness of the fibers while ensuring a stable supply chain.