Plastic auto injection windscreen wipers mold is a sophisticated tooling system used in the manufacturing process of automotive components, specifically designed for the high-volume production of windscreen wipers.
This mold, typically crafted from high-grade steel and precision-engineered for durability and accuracy, is utilized in injection molding machines to inject molten plastic into the mold cavity, forming the intricate shapes and sizes required for the wiper blades. These molds are vital for ensuring the consistency and quality of the finished wiper products, which are essential for maintaining clear visibility for drivers and contributing to the overall safety and functionality of vehicles.
Auto Windscreen Wipers Mold Manufacture
GV MOLD specializes in the design and production of precision molds for windshield wipers, meeting the stringent standards of the automotive industry. With a focus on quality and innovation, we ensure that each mold is crafted to precise specifications, resulting in wiper blades that are not only aesthetically pleasing but also durable. Utilizing advanced technology and materials, we aim to enhance the performance and longevity of windshield wipers, thereby contributing to the overall safety and comfort of drivers and passengers in various weather conditions. Our expertise extends to the custom mold development for a variety of automotive parts, providing tailored solutions for OEMs and aftermarket suppliers looking to differentiate their products in a highly competitive market.
Auto Windscreen Wipers Mold Applications
The application of windscreen wiper molds in the automotive industry encompasses a wide range of vehicle types and environmental conditions. These molds are designed to produce wiper blades that:
Product details
Product parameter
Plastic Material |
ABS as per customer specification |
Mould Steel |
P20, NAK80, per customer specification |
Mold Component Standard |
HASCO |
Feeding System |
Cold runner |
Mould Life |
500,000 shots |
Packing |
Vacuum+plywood wooden case |