Composites Product List and Ranking from 34 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.

Composites Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.

  1. 環境造形 Yamaguchi//Building materials, supplies and fixtures manufacturers
  2. 辰己屋金属 大阪本社、東京営業所、京田辺工場、中部営業所、東大阪パイプ工場 Osaka//Trading company/Wholesale
  3. 文化シヤッター Tokyo//Building materials, supplies and fixtures manufacturers
  4. 4 クラボウ（倉敷紡績株式会社） Osaka//Building materials, supplies and fixtures manufacturers
  5. 4 西宮産業 Kochi//Structural Design Office
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Composites Product ranking

Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.

  1. Copper-clad aluminum composite material "CCA" 辰己屋金属 大阪本社、東京営業所、京田辺工場、中部営業所、東大阪パイプ工場
  2. Composite materials "GRC・GRG" 環境造形
  3. Wood and Plastic Recycled Composite "Tekumoku" 文化シヤッター
  4. 4 FRP Reinforced Concrete Composite Material "NS Grid" 西宮産業
  5. 5 Wood-like wood powder resin and aluminum composite material 'KURATTICE ECO' クラボウ（倉敷紡績株式会社）

Composites Product List

1～15 item / All 76 items

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Industry Solution (Materials) Composite Materials

Industry Solution (Materials) Composite Materials

Introduction to composite material testing applications and fixtures.

We offer a variety of electromechanical testing systems. For composite materials, tensile and compression tests are possible. We provide constant temperature chambers, grips, and fixtures to optimize tensile, compression, shear, and other testing systems under conditions other than room temperature. Additionally, we have a drop weight impact testing machine that can perform detailed analysis and testing of composite materials (CAI) based on damage performance. 【Testing Contents】 ■ Static Testing ■ Low Temperature / High Temperature Testing ■ Fatigue / Fracture Testing ■ Damage Performance Testing *For more details, please refer to the PDF materials or feel free to contact us.

  • Other measuring instruments
  • Composites

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Wood and Plastic Recycled Composite "Tekumoku"

Wood and Plastic Recycled Composite "Tekumoku"

100% recycled material made from "waste wood" and "waste plastic," deck and fence.

The raw materials for "Tekumoku" are waste wood and waste plastic. These two raw materials are crushed, further pulverized, mixed, and then extruded to finish as components. After being used as products, they can also be re-crushed and molded for multiple recycling. Therefore, it is a material that takes into consideration waste reduction, resource conservation, and environmental protection, contributing to a resource-circulating society as an ecological material. It has acquired Eco Mark certification. We design and construct decks, fences, louvers, and more according to your orders. For more details, please refer to the catalog or feel free to contact us.

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  • Wood deck (synthetic wood/resin)
  • Privacy louvers and louver shutters
  • Wood Fence
  • Composites

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Vibration control, sound insulation, shock absorption, lightweight - Soundproof Series

Vibration control, sound insulation, shock absorption, lightweight - Soundproof Series

It is a lightweight, vibration-damping, and sound-absorbing material that combines a damping coating (paint) exhibiting a unique vibration attenuation mechanism with various fibrous bodies.

【Sound Proof Non-Woven Fabric Impregnation Series】 This is a lightweight, vibration-damping, and sound-absorbing material that combines a vibration-damping coating (paint) exhibiting a unique vibration attenuation mechanism with various fibrous bodies (needle-punched felt, spunbond). ◎ To provide excellent soundproofing capabilities for drive system equipment (compressors, vehicles, etc.), it is important to quickly reduce material vibrations that contribute to noise (vibration-damping function). ◎ The evaluation index for vibration-damping performance (vibration absorption capacity) is the loss factor (the larger the value, the higher the performance), but to increase this value, it was necessary to increase the material surface density according to the mass law. ◎ Sound Proof is a new functional material that possesses lightweight and excellent vibration-damping and sound-absorbing performance by combining a vibration-damping coating with a special filler and fibrous bodies.

  • Roof and gutter construction
  • Insulation work
  • Composites

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Wood texture: About the wood grain design of wood powder resin and aluminum composite material Clatis Eco.

Wood texture: About the wood grain design of wood powder resin and aluminum composite material Clatis Eco.

A natural texture that is not found in conventional wooden products! It has a natural feel that matches various situations.

"Clatis Eco" is a product that uses Kurabo's unique integrated extrusion molding technology to coat wood powder resin onto aluminum profiles, expressing a wood-like texture through sanding finish. Not only does it have a wood grain appearance, but its natural irregularities and texture also bring it closer to that of natural wood. It has been widely adopted as an alternative for those who find natural wood lacking in strength and durability, or for those who are unsatisfied with conventional aluminum or resin sheet wood-patterned products. [Features] - Natural texture not found in conventional wood-patterned products - A material that combines high design quality and durability *For more details, please refer to the external link or feel free to contact us.

  • Wood and wood-based siding
  • Composites

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Maintenance characteristics of wood-like wood powder resin and aluminum composite material Clatis Eco.

Maintenance characteristics of wood-like wood powder resin and aluminum composite material Clatis Eco.

The wood-like wood powder resin and aluminum composite material Clatis Eco is also excellent in maintenance.

Kuratiseco is a product that coats aluminum profiles with a resin blended with wood powder, expressing a wood-like texture through sanding finish. Due to its characteristics, even if the surface gets scratched, the scratches can be made less noticeable by polishing with sandpaper. Furthermore, even deeper gouges can be repaired by filling them with resin and sanding them down. (Additional tools and materials will be required.) 【Features】 ■ Hybrid product of wood powder blended resin and aluminum profiles ■ Scratches on the surface can be made less noticeable with simple work *For more details, please refer to the external link or feel free to contact us.

  • Wood and wood-based siding
  • Composites

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Construction examples of wood-plastic composite material "AO-MWood"

Construction examples of wood-plastic composite material "AO-MWood"

A hybrid recycled material that combines the characteristics of wood and plastic! Here is an introduction to the construction examples of 'AO-MWood'.

AO-MWood, a composite material made from wood and recycled plastic, is a hybrid recycling material that combines the characteristics of both wood and plastic. It is gaining attention as an eco-friendly material for exterior use and is being used in various applications. Here are some examples of AO-MWood installations. 【Features】 ■ The main raw material is waste. ■ Products after use can be collected and reused as raw materials. ■ A safe material with minimal rot, cracking, splinters, and other issues. ■ Stable manufacturing of various shapes according to application. *For more details, please request materials or view the PDF data available for download.

  • Dismantling and moving
  • Other woodworking
  • Composites

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Tohoku University Technology: Magnetostrictive composite material and its manufacturing method: T19-755

Tohoku University Technology: Magnetostrictive composite material and its manufacturing method: T19-755

Relatively soft material with excellent magnetostrictive properties

Since a flexible and soft magnetostrictive material does not exist,a soft magnetostrictive composite has been developed by mixing magnetostrictive material with resin. Wire and thin sheet from iron-based magnetostrictive alloy have also been developed as filler embedded in the matrix. However, although these magnetostrictive composite materials are soft, strong processing causes modification in the internal crystal orientation and generates internal defect, resulting in a significant reduction in magnetostrictive properties. In addition, since the filler material consisting of magnetostrictive material of predetermined dimension is embedded into the matrix, the composite material becomes a bit hard. 　This invention is able to provide a magnetostrictive composite material which is relatively soft with excellent magnetostrictive properties, and its manufacturing method. This invention consists of an iron based magnetostrictive alloy which is characterized by a large number of wire shape having a predetermined range of diameter and length dispersed in a resin matrix which has excellent flexibility and softness. It also has an excellent magnetostrictive properties since the strong processing has only a limited impact on magnetostrictive properties modification.

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  • Composites

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Tohoku Univ. Technology：Multilayer ceramics and methods of production： T21-249

Tohoku Univ. Technology：Multilayer ceramics and methods of production： T21-249

Improves the coating of metals and metal compounds, prevents peeling and cracking, and ensures corrosion resistance!

　Silicon carbide materials and silicon carbide fiber-reinforced composites are expected to replace Zircaloy and other metals as structural materials for next-generation nuclear reactors. However, these materials require anticorrosion coatings when they are exposed to radiation, high temperatures, and high-pressure water. Although metal coatings have been used in the past, there has been a problem that they cannot fully exert their anticorrosion function due to delamination and cracking of the substrate caused by thermal expansion coefficient differences and swelling differences.　 　A silicon carbide layer, an intermediate layer and a coating layer are laminated on a substrate. As a result, it has become possible to provide a silicon carbide material or a silicon carbide fiber-reinforced composites composed of full ceramics with improved anticorrosion function by alleviating thermal expansion coefficient difference and swelling difference with a base material.

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  • Composites

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Tohoku Univ. Technology：CNF/Ag nanoparticle composite：T25-046

Tohoku Univ. Technology：CNF/Ag nanoparticle composite：T25-046

Waste-free CNF/highly dispersed, high-loading AgNPs composite　Catalysts, conductors, antimicrobials, thermal control, solder paste

Cellulose nanofiber (CNF) and silver nanoparticle (AgNPs) composites serve as excellent dispersible carriers that maximize silver’s conductivity, catalytic activity, and antimicrobial performance. CNF, being plant-derived and environmentally friendly, also aligns with SDG goals. Conventional wet reduction methods, however, generate wastewater and require washing steps, leading to environmental issues and complex processing. This invention introduces an ultrasonication-based method that both disperses CNF uniformly and reduces silver oxide to form CNF/AgNPs composites without harmful reagents. The simple, waste-free process offers higher silver loading and better silver dispersion than conventional methods, enhancing silver’s inherent properties.

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  • Composites

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Tohoku Univ. Technology ：Functional Pearl-like Multilayer Nanomaterials：T25-050

Tohoku Univ. Technology ：Functional Pearl-like Multilayer Nanomaterials：T25-050

Efficient and Eco-friendly Mass Production via Yeast and Koji Mold Fermentation

This invention presents a new platform for creating organic-CaCO₃ composite materials with pearl-like multilayer nanostructures using a bio-manufacturing process involving yeast and koji mold. 　Building on prior research into the bio-mineralization of Pteria penguin pearls, the inventors have successfully expressed the related proteins and enzymes in yeast to produce highly controlled multilayer CaCO₃ crystals. High-Performance Materials　：By optimizing the expression of matrix proteins and enzymes, the crystal structure and material properties can be precisely controlled. Sustainability　：The fermentation-based production process enables large-scale manufacturing with minimal environmental impact and low cost.

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  • Composites

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Aluminum laminated composite material "Arch Roofing Surface Water Guide"

Aluminum laminated composite material "Arch Roofing Surface Water Guide"

With simple maintenance, the beautiful shine lasts, keeping running costs low and economical!

"Arch Roofing Water Guide" is an aluminum laminated composite material that allows for reliable water stopping due to its evenly pressurized structure. It excels in water resistance, impact resistance, and fire resistance, and the panels can be easily removed, allowing for the removal of free lime and other debris from the gutters. Please feel free to contact us when you need our services. 【Features】 ■ Lightweight and high rigidity ■ Flatness ■ Water resistance ■ Impact resistance ■ Corrosion resistance and weather resistance *For more details, please download the PDF or feel free to contact us.

  • Tunnel Materials
  • Composites

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Composite material "G-TRIX"

Composite material "G-TRIX"

Three-dimensional woven fabrics active in various fields.

"G-TRIX" is a composite material made from fiberglass three-axis woven fabric. This material, composed of inorganic substances, is a moldable non-combustible material that is transparent and light-resistant, and it does not change color. Additionally, it is resistant to deformation, has a water-repellent effect, is difficult to stain, and is relatively easy to maintain. Although the fiberglass itself is heated and glows red when exposed to flames, its shape and hardness remain unchanged. [Features] - Moldable non-combustible material - Transparent and light-resistant - Resistant to deformation - Water-repellent and difficult to stain - Easy maintenance *For more details, please refer to the catalog or feel free to contact us.

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  • Composites

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Three-axis woven composite materials and the space field

Three-axis woven composite materials and the space field

Research and development is being conducted to further enhance the functionality and performance of space-mounted equipment.

"Tri-axial woven composite materials" have a proven track record for antennas used in artificial satellites and exploration vehicles, holding a significant share both domestically and internationally. Currently, we are engaged in research and development of space deployable structures that can be compactly stored for launch and then expand large in the space environment as a next-generation space development technology. Leveraging our research achievements in space materials technology, antenna technology, and space deployable structures, we have successfully developed experimental devices for scientific observation rockets and for the International Space Station. In the future, based on the experience of these demonstrations and practical applications, as well as the valuable data obtained, we plan to aim for further high functionality and high performance of space-mounted equipment. [Features] - Lightweight mesh structure - Excellent shape recovery and dimensional stability - Pseudo-isotropic in-plane and out-of-plane - Low thermal expansion coefficient *For more details, please refer to the PDF document or feel free to contact us.

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