We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Fiber Reinforced Plastics.
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Fiber Reinforced Plastics Product List and Ranking from 68 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

Fiber Reinforced Plastics Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. CFCデザイン Fukui//Other manufacturing
  2. 三菱ケミカル コンポジットパーツ本部　Asia事業部 Tokyo//Resin/Plastic
  3. 三協製作所 本社事務所 Kanagawa//Machine elements and parts
  4. 4 ニワカソフト カーボンラボ.jp Shizuoka//Manufacturing and processing contract
  5. 5 東海ファインカーボン Kanagawa//Other manufacturing
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Fiber Reinforced Plastics Product ranking

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. CFC Design Inc. Business Introduction CFCデザイン
  2. "CFRP long material processing service" *Free helpful materials also provided. 三協製作所 本社事務所
  3. CFRP Cutting Machining Thick Plate "Fercarbo" Isotropic Grade 双葉電子工業
  4. What are the benefits of using CFRP? Introduction of the case of "industrial robot arms." 三菱ケミカル コンポジットパーツ本部　Asia事業部
  5. 4 Solid SiC 東海ファインカーボン

Fiber Reinforced Plastics Product List

106～120 item / All 159 items

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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 stronger and lighter than metal materials.

"CFRP (Carbon Composite)" refers to carbon fiber reinforced plastic. It is a composite material made of carbon fibers and resin (such as epoxy and phenol), which is much stronger and lighter compared to 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 also 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 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 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.

  • Prototype Services
  • Processing Contract
  • Composite Materials

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Carbon Fiber Reinforced Plastic | CFRP Autoclave Molded Products *Prototype Recruitment

Carbon Fiber Reinforced Plastic | CFRP Autoclave Molded Products *Prototype Recruitment

Autoclave-molded CFRP (carbon) products that are higher in strength and ultra-lightweight than metal. *Prototypes and development opportunities available!

"CFRP (Carbon Composite)" is a composite material made of carbon fibers and resins (such as epoxy and phenolic), which is much lighter and has higher strength compared to metal materials. By combining various materials such as fiber direction, number of fiber laminates, high-strength fibers, and aramid fibers, it achieves even higher rigidity. At SHAPE FIELD, we specialize in autoclave-molded products suitable for small lot production, and we are currently seeking applications for prototyping, development, and testing. 【Features】 ■ High strength and very lightweight compared to metal materials, making it a viable alternative to metals. ■ Excellent properties such as X-ray transparency, dimensional stability, vibration damping, and chemical resistance can also be added. ■ Customization is possible to meet specific molding and property requirements. *If you wish to apply for prototyping, development, or testing, please indicate "Prototyping Request" in your inquiry. *Please view the catalog PDF data available for download.

  • Prototype Services
  • Processing Contract
  • Composite Materials

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CFC Design Inc. Business Introduction

CFC Design Inc. Business Introduction

Leveraging the diverse properties of C/C composites, we provide products that meet our customers' needs.

CFC Design Co., Ltd. promotes innovative material development through advanced carbon composite technology and provides products and services that respond immediately to customer needs. Our company specializes in C/C composites, a new material reinforced with graphite and carbon fibers. We will make various proposals that maximize the excellent heat resistance, lightweight properties, sliding characteristics, and friction coefficient of C/C composites. 【Features】 ■ Our unique C/C composite manufacturing technology (Preformed Yarn Method) → Products provided with short lead times and low costs ■ Proposals for C/C composite materials with various characteristics tailored to applications For more details, please contact us or download the catalog.

  • Composite Materials
  • Processing Contract
  • plastic

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CFC Design Co., Ltd. Introduction of Products and Technologies

CFC Design Co., Ltd. Introduction of Products and Technologies

C/C composites reinforced with graphite and carbon fibers contribute to improving our customers' productivity!

CFC Design Co., Ltd. promotes the commercialization of C/C composites and advanced composite materials, contributing to productivity improvement and energy saving in fields such as heat resistance, sliding, and functionality. Among these, C/C composites possess excellent properties, being lightweight, high-strength, and highly elastic, and can withstand temperatures exceeding 2000°C. Our company has achieved process simplification for C/C composites through the preformed yarn method, successfully reducing lead time and costs significantly. 【Key Features of C/C Composites】 ■ Manufactured by raising the temperature to 2000°C to 2500°C during the production process → No deformation due to heat ■ Resistant to thermal shock and can withstand repeated heat treatment ■ Approximately 1/5 the density compared to heat-resistant steel, making it significantly lighter ■ Strength is 3 to 5 times that of conventional graphite materials For more details, please contact us or download the catalog.

  • Composite Materials
  • plastic
  • Processing Contract

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【Application Recruitment】Leave it to us for CFRP/carbon pipes!

【Application Recruitment】Leave it to us for CFRP/carbon pipes!

Not just lightweight and strong! We are looking for applications for CFRP pipes with an outer diameter ranging from a minimum of 5mm to a maximum of 300mm, and a maximum length of 4m!

CFRP/Carbon Pipe??? Some may not be familiar with it. ―Various Characteristics of CFRP― ■Mechanical Properties: High strength, high elasticity, vibration damping ■Physical Properties: Low thermal expansion, dimensional stability, conductivity, high thermal conductivity, X-ray permeability ■Chemical Properties: Corrosion resistance, chemical resistance The greatest feature of CFRP, as we at Graphite Design see it, is "carbon fiber = anisotropic material / changes in properties due to orientation," which is our area of expertise. By adjusting the grade, position, and angle of the carbon fibers, we can create pipes with various performances, not just lightweight pipes. Since our establishment in 1989, we have applied the molding technology (sheet winding molding) developed in our golf shaft division to create patented CFRP circular pipes that can also be processed into polygonal pipes. Currently, we are exploring new possibilities for CFRP pipes and are actively seeking new applications. - Could it be used for this purpose? - Could it be substituted in this area? Please feel free to contact us with any inquiries or consultations. We would be grateful to take on new challenges together.

  • Pipe and cable cutters
  • others

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[CFRP Processing Example] Processing of CFRP Materials for Aerospace Applications

[CFRP Processing Example] Processing of CFRP Materials for Aerospace Applications

Leave the processing of CFRP materials to us! Here are examples of processing for aerospace applications.

This document provides an example of processing "T800S," which is sometimes used in space and aerospace applications. Since this material contains both thermosetting and thermoplastic resins, the difficulty of processing increases compared to when only thermosetting resin is used. During actual processing, there were areas where delamination occurred, but through trial and error within the company, we were able to find conditions suitable for this product. 【Overview】 ■ Example of processing "T800S," which is sometimes used in space and aerospace applications ■ Mixture of thermosetting and thermoplastic resins ■ High processing difficulty *For more details, please refer to the PDF document or feel free to contact us.

  • Special Processing Machinery

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[CFRP Processing Example] CFRP Processing Sample

[CFRP Processing Example] CFRP Processing Sample

Cleanly processed corners where peeling and delamination are likely to occur! Introduction of CFRP processing samples.

This time, we present a machining case using "T700," a material also used in aircraft. The machining includes a pocket with a depth of 3mm on a 10mm thick plate, a φ6.35 drilling operation, and trimming processes. Unlike iron, the cutting tools wear out quickly, so if machining is done with even slightly dull tools, it can lead to delamination or a state where only the fibers remain. Through various prototypes and research on the differences in machining compared to iron, we were able to create a sample that does not experience delamination. [Overview (Surface)] ■ Material: T700 (thermosetting CFRP) ■ Dimensions: A/75mm B/100mm t/10mm ■ Drilling: φ6.375 ■ Pocket machining: 3mm ■ Trimming: 10mm *For more details, please refer to the PDF document or feel free to contact us.

  • Special Processing Machinery

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CFRTP: Changes in fracture behavior due to differences in laminate patterns.

CFRTP: Changes in fracture behavior due to differences in laminate patterns.

CFRP can change not only its strength but also the way it breaks by altering the layering pattern!

CFRP can be molded by pressing an intermediate material called prepreg. There are two types of prepreg: one that has fibers oriented in two directions using plain weave or twill weave, and another that has fibers oriented in only one direction (UD). The prepreg with plain or twill weave has half the fiber orientation compared to the one-directional prepreg, resulting in approximately half the strength. By changing the stacking pattern of CFRP, not only the strength but also the manner of failure can be altered. To find the appropriate stacking method according to specifications, it is necessary to accumulate verification through experiments. *For more details, please refer to the related links or feel free to contact us.*

  • Composite Materials

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Hirose Mold Co., Ltd. CID Business Introduction

Hirose Mold Co., Ltd. CID Business Introduction

The eternal theme is creating products that bring satisfaction and can be relied upon.

CID (Carbon Industrial Design) is a division of Hirose Mold Co., Ltd. that specializes in CFRP (Carbon Fiber Reinforced Plastic). Here, we utilize technology that enables mass production of CFRP products as alternatives to iron, aluminum, brass, and stainless steel, manufacturing items such as shoehorns and lightweight motor cores. We also develop specialized tools for CFRP machining tailored to customer requests, so please feel free to consult us. 【Business Activities】 ■ CFRP Molding and Processing *For more details, please refer to our catalog or feel free to contact us.

  • fiber
  • Composite Materials
  • Other polymer materials

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Features of Flexcarbon: <Complex Shape Molding Capability>

Features of Flexcarbon: <Complex Shape Molding Capability>

We propose two molding methods tailored to your needs! It is possible to create complex shapes.

We would like to introduce the characteristics of "Flexcarbon," specifically regarding its ability to mold complex shapes. This product enables the creation of complex shapes (such as variable thickness and honeycomb shapes) through press molding. By preheating the material, we can perform high-cycle molding processing for one minute using the cold press method known as "stamping molding." Additionally, by heating the mold to enhance the flowability of the material, we can fill the material (fibers and resin) into the fine tips of complex shapes using the "heat & cool" method. We will propose these two molding methods tailored to our customers' needs as we move towards mass production. 【Stamping Molding Process】 ■STEP 1: Material Preheating ■STEP 2: Transport and Mold Clamping ■STEP 3: Press Molding ■STEP 4: Demolding *For more details, please refer to the related links or feel free to contact us.

  • Other polymer materials

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Tocaloy carbide "Material for press molds"

Tocaloy carbide "Material for press molds"

Introduction of special-shaped molded products made of special ultra-hard alloy Tokaroi ultra-hard alloy (WC-Co) for press die materials.

The "press die material" made of Tokaroi carbide is a special-shaped molded product made from Tokaroi carbide by Tokaroi/Tokai Alloy. Tokaroi specializes not only in material development but also in special-shaped molding, and offers spot orders from a single piece as well as short delivery times. 【Product Examples (Utilizing Tokaroi Carbide Material)】 ■ Drills and Reamers ■ Woodworking Chips ■ Components for Press Dies ■ Carbide Plates ■ Jigs and Tools, etc. *For more details, please refer to the PDF available for download.

  • Processing Jig
  • alloy
  • Processing Contract

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[Data] Metal Substitute Materials

[Data] Metal Substitute Materials

Carbon fiber + thermosetting resin! We provide CFRP molding materials for a new era.

In this document, we introduce the "metal alternative material" developed by our company in collaboration with a manufacturer of the molding process. We cover topics such as "types of resins for CFRP," "molding process," and "advantages of the molding process." Additionally, we provide detailed information on the properties and applications of the spark-free wrench "Metapla," which does not produce sparks from impacts or friction. We encourage you to read it. [Contents] ■ Metal alternative materials ■ Types of resins for CFRP ■ What is the molding process? ■ Molding process ■ Advantages of the molding process *For more details, please refer to the PDF document or feel free to contact us.

  • Composite Materials

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Collection of Examples of Special Shaped Objects [Interior and Exterior Decorative Materials for Buildings, Monuments, etc.!]

Collection of Examples of Special Shaped Objects [Interior and Exterior Decorative Materials for Buildings, Monuments, etc.!]

A collection of case studies showcasing the production of special sculptures such as interior and exterior decorative materials and monuments!

A collection of case studies on special molding created by Higuchi Kougei, an art creation company that proposes spatial designs for streetscapes and buildings, is currently being offered as a gift! It features a wide range of materials including "FRP," a composite material reinforced with fiberglass, "GRC," lightweight and high-strength cement products, and "Special molding," which includes objects and monuments. 【Main Contents】 ■FRP・EPS ■GRG ■GRC ■Carving work (mortar work, FRP) ■Special molding (including special shapes and monuments) ■Iron work ■Surface Material (cornices, surface materials, etc.) *For more details, please request the materials or view the PDF data available for download.

  • others

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About the benefits of CCM (carbon fiber reinforced carbon composites).

About the benefits of CCM (carbon fiber reinforced carbon composites).

Lightweight, resistant to breaking, and less prone to thermal deformation! A detailed introduction to the benefits of CCM.

Our company offers a material called 'CCM (Carbon Fiber Reinforced Carbon Composite)' that is lightweight, highly tough, and resistant to thermal deformation. The benefits of using CCM include the possibility of weight reduction. It allows for a reduction in the electrical energy used for heating and also shortens heating and cooling times. This means that production volume can be increased, contributing to further quality improvement. Additionally, its high toughness makes it easy to handle and safe to use, and it has the characteristic of being resistant to thermal deformation, resulting in a longer lifespan compared to metal. It can maintain product precision, such as in molds, and can be used maintenance-free on automatic transport lines. [Features] - Possibility of weight reduction - High toughness and resistance to cracking - Resistance to thermal deformation *For more details, please refer to the PDF document or feel free to contact us.

  • Other Auto Parts
  • Other polymer materials
  • Composite Materials

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[Usage Example] CCM (Carbon Fiber Reinforced Carbon Composite) Furnace Floor

[Usage Example] CCM (Carbon Fiber Reinforced Carbon Composite) Furnace Floor

Lightweight, highly tough, and resistant to thermal deformation CCM! Introduction of examples used in furnace floors.

We offer a material called 'CCM (Carbon Fiber Reinforced Carbon Composite)' that is lightweight, highly tough, and resistant to thermal deformation. There are also cases where solid carbon furnace floors have been replaced with CCM. The benefits of this delivery include the ability to increase the weight of the furnace charge due to the lighter furnace floor, and less heat escaping to the can body, resulting in better heat distribution. Furthermore, its lightweight nature contributes to the reduction of electrical energy consumption. 【Features of CCM】 ■ Lightweight ■ High toughness and resistant to cracking ■ Resistant to thermal deformation ■ Structure similar to reinforced concrete *For more details, please refer to the PDF materials or feel free to contact us.

  • Other Auto Parts
  • Other polymer materials
  • Composite Materials

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