Presentation of materials: 'Open-weave fabric' made from thin and lightweight carbon fiber open-weave yarn.
The laminated board made using carbon fiber open yarn fabric has resin and carbon fibers evenly dispersed, resulting in improved mechanical strength!
The "open fiber woven fabric" made from carbon fiber open yarns is characterized by being thin, lightweight, having minimal irregularities, a small weaving angle, excellent resin impregnation properties, and difficulty in interlayer delamination, demonstrating superior fatigue characteristics with high physical property values. Laminated boards produced using "carbon fiber open yarn woven fabric" have resin and carbon fibers uniformly dispersed, resulting in improved mechanical strength. Additionally, laminated boards using "open fiber woven fabric" are less prone to transverse cracking and have reduced interlayer delamination, leading to enhanced fatigue strength. 【Advantages (Fiber Bundle)】 ■ Thin, lightweight, minimal irregularities, and small weaving angle ■ Excellent resin impregnation properties and difficulty in interlayer delamination ■ High physical property values indicating superior fatigue characteristics *For more details, please refer to the PDF document or feel free to contact us.
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basic information
Literature on the Advantages of Thin Ply Composites (Partial) <In the following literature, the advantages of thin ply CFRP laminates are demonstrated in various characteristics such as static tensile and compressive properties, CAI properties, and fatigue properties.> ■ Proposal of an intra-layer resin cracking analysis method for multidirectional reinforced composite laminates ■ The Improved ply cracking resistance of Thin-ply Laminates ■ Out-of-plane impact damage behavior and CAI properties of high toughness CFRP laminates with thin layers ■ Influence of layer thickness on initial damage in multidirectional reinforced composite laminates ■ Experimental studies of thin-ply laminated composites ■ Study on the damage progression process of carbon fiber reinforced plastic composite cross-ply laminates ■ Examination of the crack propagation suppression mechanism of thin ply CFRP orthotropic laminates using the cohesive zone method *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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At Sakai Oubex Group, in order to become a company loved by society and desired for growth and development, each individual will take ownership of compliance and will act and practice with sincerity and appropriateness every day. Our business areas are diverse, centered around the textile business, including electronic devices, information systems, and fisheries and environmental materials. We apply our unique fiber processing technology and have achieved solid results in each field.
