Mold performance
Since it is a fender for automobiles, rigidity, hardness, and performance in high-temperature environments are required. The material is PP + PE-TD10 (a composite material made by adding 10% talc to a blend of polypropylene and polyethylene), which meets the application requirements. Additionally, talc-reinforced polypropylene is suitable for applications where weight reduction is necessary.
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basic information
Since it is a fender for automobiles, rigidity, hardness, and performance in high-temperature environments are required. The material is PP + PE-TD10 (a composite material made by adding 10% talc to a blend of polypropylene and polyethylene), which meets the application requirements. Additionally, talc-reinforced polypropylene is suitable for applications that require weight reduction.
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Applications/Examples of results
Since it is a fender for automobiles, rigidity, hardness, and performance in high-temperature environments are required. The material is PP + PE-TD10 (a composite material made by adding 10% talc to a blend of polypropylene and polyethylene), which meets the application requirements. Additionally, talc-reinforced polypropylene is suitable for applications that require weight reduction.
Company information
Your Consultative Partner for 3D Blow Molds—From Concept to Reality Based in Edogawa, Tokyo, Chuetsu Seisakusho Co., Ltd. is here to solve your engineering challenges. Whether you're wondering, "Can this complex hollow shape be made of plastic?" or "How can we replace metal parts with plastic to reduce weight?", we have the answers. 3 Reasons to Choose Chuetsu Seisakusho: 1. Unrivaled 3D Blow Molding Technology From complex automotive air ducts to daily-use bottles, we design and manufacture molds that directly contribute to your product's weight reduction and cost savings. 2. Upstream Proposals to Prevent Defects We don't just build exactly what is on the drawing. We offer professional VA/VE (Value Analysis/Value Engineering) proposals to optimize your product's shape and prevent mass-production issues, such as suggesting design tweaks to avoid wall thinning. 3. Crystal-Clear Explanations Powered by AI Mold engineering can be highly technical, but we make it easy to understand. Utilizing the latest AI tools, we provide visual and intuitive explanations of complex mold structures and molding processes. We welcome your inquiries, even if you only have a rough sketch or an early-stage idea. Let's make it happen together. Contact us today!
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