Our Mold for Riding Helmet is engineered with advanced molding technology and strict quality control, tailored to meet the core demands of helmet manufacturers for impact resistance, structural stability, and production efficiency. Ideal for sports equipment manufacturers, motorcycle accessory suppliers, and safety gear producers, our riding helmet molds stand out in the global market with their superior craftsmanship, versatile compatibility, and consistent performance.
Our Mold for Riding Helmet boasts cutting-edge features tailored to the strict safety and production requirements of riding helmet manufacturing:
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High-Grade Mold Steel Material: Crafted from premium P20, H13 mold steel and beryllium copper inserts, the mold exhibits exceptional wear resistance, high-temperature tolerance, and impact strength. The material selection ensures the mold can withstand long-term high-pressure injection molding cycles (service life up to 500,000+ shots) while maintaining dimensional stability, which is crucial for producing helmet shells with reliable impact resistance.
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Precision Centering & Positioning Structure: Equipped with external positioning pins and internal positioning structures between cavity and core, the mold ensures accurate alignment even after long-term use, avoiding uneven wall thickness and burrs on helmet products. The integrated support template with centering parts guarantees precise placement of helmet components (shell, liner) during co-molding, enhancing product consistency.
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Optimized Cooling & Ventilation System: Adopts contour-following water channels with dense distribution to achieve uniform cooling of thick-walled helmet shells, reducing molding cycle time by 15-20%. The full-circumference exhaust design ensures smooth air discharge during injection, eliminating defects such as silver streaks, air bubbles, and flow marks on the helmet surface. Beryllium copper inserts in the mold core further improve heat dissipation efficiency and production capacity.
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