Eurspec dry carbon fiber spare tyre cover on a G63!
https://icarmix.com/product/eurspec-...63a-w464-w465/












1. Dry Carbon Fiber (Pre-Preg Carbon Fiber)
- Manufacturing Process: Uses pre-impregnated (pre-preg) carbon fiber sheets, where the resin is already infused into the fibers before molding.
- Curing: Requires autoclave (high-pressure oven) for curing, ensuring minimal voids and maximum strength.
- Weight: Lighter than wet carbon due to optimized resin content.
- Strength & Stiffness: Higher strength-to-weight ratio, preferred for performance and racing applications.
- Surface Finish: Smoother and more consistent finish, often used in visible parts.
- Cost: More expensive due to complex production and autoclave requirements.
2. Wet Carbon Fiber (Wet Layup Carbon Fiber)
- Manufacturing Process: Carbon fiber fabric is manually layered and hand-coated with resin (usually epoxy or polyester).
- Curing: Cures at room temperature or with basic heat, without high-pressure autoclaves.
- Weight: Heavier due to excess resin and potential air bubbles.
- Strength & Stiffness: Lower strength compared to dry carbon, but still stronger than many metals.
- Surface Finish: May require additional sanding/polishing due to uneven resin distribution.
- Cost: Cheaper and easier to produce, common in aftermarket parts and DIY projects.
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1. Dry Carbon Fiber (Pre-Preg Carbon Fiber)
- Manufacturing Process: Uses pre-impregnated (pre-preg) carbon fiber sheets, where the resin is already infused into the fibers before molding.
- Curing: Requires autoclave (high-pressure oven) for curing, ensuring minimal voids and maximum strength.
- Weight: Lighter than wet carbon due to optimized resin content.
- Strength & Stiffness: Higher strength-to-weight ratio, preferred for performance and racing applications.
- Surface Finish: Smoother and more consistent finish, often used in visible parts.
- Cost: More expensive due to complex production and autoclave requirements.
2. Wet Carbon Fiber (Wet Layup Carbon Fiber)
- Manufacturing Process: Carbon fiber fabric is manually layered and hand-coated with resin (usually epoxy or polyester).
- Curing: Cures at room temperature or with basic heat, without high-pressure autoclaves.
- Weight: Heavier due to excess resin and potential air bubbles.
- Strength & Stiffness: Lower strength compared to dry carbon, but still stronger than many metals.
- Surface Finish: May require additional sanding/polishing due to uneven resin distribution.
- Cost: Cheaper and easier to produce, common in aftermarket parts and DIY projects.
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