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$22.44600-999 Others
$22.23≥1000Others
| Payment Type: | L/C,Western Union,T/T |
| Incoterm: | FOB,CFR,CIF,EXW,Express Delivery |
| Transportation: | Ocean,Land,Air,Express |
| Port: | All ports in China |
Model No.: TJ-085
Technics: Woven
Product Type: Carbon Fiber Fabric
Width: 1000mm
Pattern: Solids
Supply Type: Make-To-Order
Material: 100% Carbon Fiber
Feature: Abrasion-Resistant, Waterproof, Heat-Insulation, Double Faced, QUICK-DRY
Use: Industry
Model Number: H-CP6320
Applicable To The Crowd: Women, Men
Dry Weight: 320
Resin Content: 40%
Total Weight: 530gsm
Tensile Modulus: ≥10Gpa
Compressive Strength: ≥90Mpa
Tensile Strength: ≥100
Certification: ISO9001
Style: Plain
Weight: 320g/㎡
Thickness: 0.4mm
Place Of Origin: Jiangsu, China
Brand Name: phecda
| Selling Units | : | square meter |
| Package Type | : | standard or customized carton |
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Epoxy and Bio-Based Epoxy Carbon Fiber Twill Composites: Comparison of the Quasi-Static Properties
In recent years, interest in sustainability has significantly increased in many industrial sectors. Sustainability can be achieved with both lightweight design and eco-friendly manufacturing processes. For example, concerns on the use of thermoset composite materials, with a lightweight design and a high specific strength, have arisen, since thermoset resins are not fully recyclable and are mainly petrol based. A possible solution to this issue is the replacement of the thermoset matrix with a recyclable or renewable matrix, such as bio-based resin. However, the mechanical properties of composites made with bio-based resin should be carefully experimentally assessed to guarantee a safe design and the structural integrity of the components. In this work, the quasi-static mechanical properties of composite specimens (eight layers of carbon fiber fabric) made with commercially available epoxy and a bio-based epoxy resins (31% bio content) are compared. Tensile tests on the investigated resins and tensile, compression, shear and flexural tests have been carried out on composite laminates manufactured with the two investigated resins. A finite element model has been calibrated in the LS-Dyna environment using the experimentally assessed mechanical properties. The experimental results have proven that the two composites showed similar quasi-static properties, proving that bio-based composite materials can be reliably employed as a substitute for epoxy resins without affecting the structural integrity of the component but lowering their carbon footprint.
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