fiber(frp) - List of Manufacturers, Suppliers, Companies and Products

fiber Product List

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Super fiber for civil engineering and construction "Kevlar®"

Super fiber for civil engineering and construction "Kevlar®"

High-performance materials with high strength and high seismic resistance. They are used as reinforcing fibers in civil engineering, construction, and disaster prevention applications.

"Kevlar®" is a high-performance aramid fiber that possesses strength, toughness, and impact resistance, with a proven track record in applications such as bulletproof vests. It is well-suited for infrastructure construction in the architecture and civil engineering fields, as well as for extending the lifespan of structures. It can also be used in fiber-reinforced plastics (FRP), taking advantage of its non-conductive and rust-resistant properties, making it effective for reinforcing concrete structures along coastlines. It can operate in a wide temperature range and is flame-retardant, making it suitable for disaster prevention applications. 【Features】 - Weighs about 1/5 that of conventional steel materials while exhibiting equivalent tensile strength. - Its lightweight nature eliminates the need for special heavy machinery during material transport and construction. - Its insulating properties allow for safe construction in environments such as railway tunnels. - Excellent energy absorption performance, flexible, and easy to transport and install. - Available in various forms, including woven fabrics, meshes, nets, and FRP. *For more details, please refer to the materials. Feel free to contact us with any inquiries.

  • Reinforcement and repair materials

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Aramid fiber "Kevlar(R)"

Aramid fiber "Kevlar(R)"

A super fiber characterized by high strength, high toughness, and impact resistance. Used in civil engineering, construction, and disaster prevention applications. A high-performance material also used in FRP (fiber-reinforced plastic).

"Kevlar" is a high-performance, high-strength super fiber. It features strength, toughness, and impact resistance strong enough to be used in bulletproof vests. Its impact resistance surpasses that of fiberglass and carbon fibers, making it noteworthy in the fields of construction and civil engineering for infrastructure development and extending the lifespan of structures. It does not rust and does not conduct electricity, which expands its range of applications. 【Features】 ■ Weighs about 1/5 of steel while exhibiting equivalent tensile strength ■ Its rust-resistant and non-conductive properties broaden its applicability ■ Excellent energy absorption performance and flexibility ■ Contributes to disaster prevention ■ Expands from raw material production to various product forms *For more details, please refer to the PDF materials or feel free to contact us.

  • Tunnel Materials

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Heat-resistant glass fiber (Silica glass) "High temperature resistance"

Heat-resistant glass fiber (Silica glass) "High temperature resistance"

Can be continuously used for long periods at high temperatures of 1000℃ - heat-resistant glass fiber 'Siliglass'

Shiriglass is a heat-resistant and insulating material woven from high-purity high-silica glass fibers with over 96% silica (SiO2). 【Features】 - Does not contain asbestos or RCF (refractory ceramic fibers) - Heat resistance that withstands long-term continuous operation at 1000°C - Thermal shock resistance that does not lose flexibility against rapid cooling and heating - Excellent abrasion resistance and electrical insulation - Excellent workability (low thermal shrinkage rate) *We handle the material as an agent for Nippon Inorganic Co., Ltd. We also offer processing and sewing tailored to your applications. *For more details, please contact us or download and view the catalog.

  • Insulation work

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LCP (Liquid Crystal Polyester) fiber "Siberas" *Free booklet available

LCP (Liquid Crystal Polyester) fiber "Siberas" *Free booklet available

Toray's high-performance fibers contribute to weight reduction and cost savings! They do not absorb water, eliminating concerns about corrosion while maintaining high strength. There are also various examples of processing, such as seismic-resistant materials.

Toray's "Shiberasu" is a fiber made from LCP (liquid crystal polyester) resin, characterized by high strength, high elasticity, and low elongation. It does not absorb water, poses no risk of corrosion, and maintains high strength over long periods. It contributes to product lightweighting as an alternative material to metals, as well as reducing total costs. 【Fields and Application Examples】 ◆ Construction: Safety belts, lifelines (ropes), slings, power line construction, seismic isolation sliding materials for bridges, etc. ◆ Marine: Vessels, aquaculture units, mooring for offshore wind power generation, etc. ◆ Civil Engineering: Dam debris prevention units, cables, slings, etc. 【Features】 ■ Resistant to dimensional changes due to fluctuations in environmental conditions ■ Absorbs vibrational energy, also serves as a seismic-resistant material ■ Tests confirm it has a higher specific strength than standard SUS304 *We are currently offering a free booklet featuring case studies where this product has been used for mooring ropes in hydropower plants! Click to download the PDF.

  • others

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Three benefits of solving common issues and challenges encountered during lightweighting considerations.

Three benefits of solving common issues and challenges encountered during lightweighting considerations.

A technical document explaining common concerns about weight reduction during design and development, as well as the additional benefits that arise from the use of CFRP. Samples are also available.

"The 'Common Issues and Three Benefits of Solving Challenges During Weight Reduction Consideration' is a technical document that explains the common concerns and problems related to weight reduction during design and development, as well as the additional benefits that arise from the use of CFRP." "Do you have any of these concerns?" ■ I want to achieve weight reduction while maintaining strength... ■ I want to use resin for weight reduction, but it's impossible due to high vibration areas... ■ I want to block electromagnetic waves with lightweight materials... * Please view the PDF of the technical document via download. * If you would like a sample of CFRP, please specify 'Sample Request' and include your intended use and concerns in your inquiry. (Samples are limited in quantity and may be declined. Thank you for your understanding.)

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  • stone

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Overview of CFRP Processing Customization Menu

Overview of CFRP Processing Customization Menu

You can choose the prepreg, surface weaving method, and finish according to your preferences! Customized carbon (CFRP) processing is available to meet your specifications.

At Carbon Lab.jp, you can customize your preferred specifications when requesting carbon (CFRP) processing. ■ Types of Prepreg - Standard... Surface layer 3k woven fabric, inner layer UD material - All UD... Both surface and inner layers are UD material - All Woven... Both surface and inner layers are 3k woven fabric Carbon is formed by layering sheets of carbon fiber called "prepreg," impregnating them with resin, and curing them with heat. ■ Surface Weave Structure - Twill (Standard)... A weaving method that skips one bundle of carbon fibers when weaving - Plain Weave... A weaving method that alternates bundles of carbon fibers ■ Surface Finish Matte Finish (Standard)... A finish that gives a sophisticated impression Glossy Finish... A luxurious finish (however, scratches and other marks may be more noticeable) For more details, please refer to the PDF document or feel free to contact us through the official website. Official website: https://cfrp-japan.com/ Additionally, we offer free carbon sample parts for those who want to know about processing quality and strength. You can apply for free samples from the link below.

  • others

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SHAPE FIELD Free sample limited giveaway of CFRP!

SHAPE FIELD Free sample limited giveaway of CFRP!

【Sample distribution ongoing!】It can be widely used as a material that is lighter and stronger than metal materials.

"CFRP (Carbon Composite)" refers to carbon fiber reinforced plastic. It is a composite material made from carbon fibers and resin (such as epoxy and phenol), which is much stronger and lighter than metal materials. By combining various materials such as fiber direction, the number of fiber laminates, high-strength fibers, and aramid fibers, it can achieve even higher rigidity. It is possible to possess excellent properties such as X-ray permeability, dimensional stability, vibration damping, and chemical resistance. Our company offers free samples of "CFRP." If you are interested, please feel free to contact us. 【What is CFRP?】 ■ CF (Carbon Fiber) = Carbon Fiber → PAN-based - Polyacrylonitrile is the raw material - Medium elasticity and high strength: tensile elastic modulus 24t to 60t, tensile strength 330 to 600 kgf/mm² → Pitch-based - Petroleum pitch or coal pitch is the raw material - Many high-elasticity products: tensile elastic modulus 5.5t to 95t, tensile strength 112 to 400 kgf/mm² *If you would like a free sample, please contact our company. *Samples are limited in quantity. Please understand that we may not be able to provide them.

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  • stone

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[Production Example] Carbon Drone Frame | Production Costs Reduced

[Production Example] Carbon Drone Frame | Production Costs Reduced

Build a racing drone that reduces production costs while incorporating lightweight and strength.

This is an example of introducing carbon into a drone frame. [Challenges Before Introduction] ■ Manual cutting was time-consuming. [Reasons for Choosing Carbon Lab.jp] ■ They provide support in Japanese. [Results and Effects After Introduction] ■ Costs were reduced due to the lighter weight and increased strength. ■ A custom racing drone can be manufactured. Other examples are also introduced in PDF materials and on the official website. Please check the link below. https://cfrp-japan.com/case/ Additionally, we are offering free carbon sample parts for those who want to know about processing quality and strength. We have two types available: carbon sheets and round pipes. Please apply through the link below. https://cfrp-japan.com/contact/present202105/ For the full text of the case study, please check the link below.

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[Production Example] Arbor made of carbon for use in fishing rods.

[Production Example] Arbor made of carbon for use in fishing rods.

Carbon-made arbor for fishing rods | Dramatically improves rod sensitivity

This is an example of an arbor made of carbon for use in fishing rods. It is a material replacement from the conventional urethane material. 【Challenges Before Implementation】 ■ Wanted to replace dissimilar material components with carbon components to prevent sensitivity loss ■ High costs associated with using 3D CAD 【Reasons for Choosing Carbon Lab.jp】 ■ Good staff response and reasonable prices ■ Flexibility in carbon processing 【Results and Effects After Implementation】 ■ No damping ability, resulting in a dramatic increase in rod sensitivity Other examples are also introduced in the PDF materials and on the official website. Please check the link below. https://cfrp-japan.com/case/ Additionally, we are offering free carbon sample parts for those who want to know about processing quality and strength. We have two types available: carbon sheets and round pipes. Please apply through the link below. https://cfrp-japan.com/contact/present202105/ For the full text of the case study, please check the link below.

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[Production Example] Reinforcement parts for snowboards made of carbon.

[Production Example] Reinforcement parts for snowboards made of carbon.

We manufacture plates that have good operability and high versatility, regardless of snow quality.

This is an example of introducing carbon into snowboarding. [Challenges Before Introduction] ■ Most existing plates are designed for hard snow, making them difficult to use in soft snow. ■ Metal materials incur excessive costs in both material and processing. ■ A material is needed that maintains strength while preserving the foot sensation and snow surface feel during riding. [Reasons for Choosing Carbon Lab.jp] ■ The speed of the estimate and the pricing were very favorable. ■ The precision of processing could be confirmed in advance with samples. [Results and Effects After Introduction] ■ Weight reduced by 45% compared to resin and metal plates. ■ A highly versatile plate was created that offers good maneuverability in any scene, regardless of snow quality. Other examples are also introduced in the materials and on the official website. https://cfrp-japan.com/case/ Additionally, for those who want to know about processing quality and strength, we are offering free sample parts. Please apply through the link below. https://cfrp-japan.com/contact/present202105/ For the full text of the case study, please see the link below.

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Business Introduction: What is "Carbon Composite"?

Business Introduction: What is "Carbon Composite"?

Carbon fiber is a living material that supports future industries and is friendly to both people and the environment.

Carbon composite (CFRP) is a composite material made of carbon fibers and resin (such as epoxy or phenol) that is much stronger and lighter than metal materials (such as steel or aluminum). Additionally, by combining various materials such as fiber direction, the number of fiber laminates, high-strength fibers, aramid fibers, and honeycomb cores (aluminum or Nomex), it achieves even higher rigidity. Its characteristics include excellent properties such as X-ray transparency, dimensional stability, vibration damping, chemical resistance, and electromagnetic shielding. Due to these properties, the range of future applications is expected to expand further. ● For more details, please download the catalog or contact us.

  • molding

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[Production Example] Introduction of Carbon to Recumbent Trikes

[Production Example] Introduction of Carbon to Recumbent Trikes

Complex and small shapes that are impossible with aluminum can be realized with carbon! Introduction to recumbent trikes.

This is a case study on the introduction of carbon into recumbent trikes. While aluminum cannot create small and complex-shaped parts, carbon can achieve this. 【Challenges Before Introduction】 ■ High costs associated with aluminum materials, including post-processing ■ Limitations in shape that cannot be produced with other materials ■ Difficulty in creating drawings using triangulation for processing requests ■ Increased weight leading to reduced maneuverability 【Reasons for Choosing Carbon Lab.jp】 ■ Quick response for estimates and courteous staff ■ Satisfactory pricing 【Results and Effects After Introduction】 ■ Reduced processing costs compared to aluminum materials ■ Easier since formal drawings using triangulation are not required ■ Vehicle weight has decreased to nearly half compared to aluminum Other case studies are also introduced in the materials and on the official website. https://cfrp-japan.com/case/ Additionally, for those interested in knowing about processing quality and strength, we are offering free carbon sample parts. https://cfrp-japan.com/contact/present202105/ For the full text of the case study, please refer to the link below.

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