Free download of technical materials! A clear explanation of the characteristics and properties of CFRP and comparisons with various materials!
CFRP (Carbon Fiber Reinforced Plastic) is said to be a lightweight, strong, and corrosion-resistant advanced functional material. Due to its excellent mechanical properties and outstanding characteristics derived from carbon, it is widely used. This document not only explains the excellent features and properties of CFRP but also includes comparative materials with various materials such as GFRP, AFRP, and aluminum alloys. We hope this will be helpful in your material selection! [Featured Materials (Partial List)] ■ FRP Advanced Composite Materials ■ High-Performance Metals ■ Performance Engineering Plastics ■ Inorganic Materials *For more details, please download the catalog or contact us.
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●This is a comparison of the properties of CFRP and various materials. A comparison table of properties is available on our website. Please take a look. ●Types of materials listed (excerpt) ■FRP Advanced Composite Materials ・<CFRP> High-strength fiber (unidirectional) PAN-based fiber ・<CFRP> High-rigidity fiber (unidirectional) pitch-based fiber ・<GFRP> Glass fiber (unidirectional) ・<ArFRP> Aramid fiber (unidirectional) Kevlar 49 fiber ・<SicFRP> Silicon carbide fiber ■High-performance Metals ・Aluminum A5052 ・Stainless Steel SUS304 ・Titanium 6AL-4V ・Magnesium ・Invar Fe-Ni alloy ■Performance Engineering Plastics ・MC Nylon ・PEEK ・PBI ・Polyacetal ・Polyetherimide ・PPS ・Polyimide ■Inorganic Materials ・Mica Lex ・Mica Core ・Alumina ・Graphite ・C/C Composite *For more details, please download the catalog or contact us.
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Sankyo Seisakusho utilizes a wide range of materials, from general-purpose plastics to advanced composite materials represented by carbon fiber reinforced plastics (CFRP), various metals, and inorganic materials, along with manufacturing technologies cultivated over 45 years. We respond accurately to the diverse needs of our customers, from conventional parts used in industrial equipment to advanced high-functionality structures for aerospace, radio, and aviation equipment. The workflow for FRP structures (parts) is as follows: 'Concept drawing from the customer → Analysis → Design → Manufacturing → Inspection/Testing → Delivery.' For anything related to FRP, please feel free to contact our web window at t.morimoto@sankyo-ss.co.jp. We strive to respond within 24 hours. (Web contact: Suzuki)