>Amelia Rogers Question By: Amelia Rogers  Posted in: News

What is a dual durometer?

A dual durometer, also known as a two-shot moulding or two-material moulding, is a manufacturing process used to create plastic parts with two different hardness levels or material properties in distinct regions of the component. This technique involves injecting two different materials into a mould sequentially, resulting in a single integrated part with varying characteristics.

The dual durometer process offers several advantages:

  1. Versatility: By combining materials with different hardness levels or properties, manufacturers can create parts with enhanced functionality and performance. For example, a product may require a soft, flexible material for ergonomic grips and a rigid material for structural support.

  2. Cost Efficiency: Instead of assembling multiple components, dual durometer moulding allows for the production of complex parts in a single step, reducing assembly time and costs.

  3. Improved Aesthetics: Dual durometer moulding enables the integration of different colours, textures, or finishes within a single part, enhancing its visual appeal and customization options.

  4. Enhanced Functionality: Parts manufactured using dual durometer moulding can incorporate features such as seals, gaskets, or over-moulded inserts, improving functionality and sealing properties.

  5. Durability and Performance: By selecting materials with specific mechanical, chemical, or weather-resistant properties, manufacturers can optimize the performance and durability of the final product.

  6. Common applications of dual durometer moulding include automotive components, consumer electronics, medical devices, and household appliances.

Crafted Plastics Inc., specializes in providing high-quality dual durometer molding services. They deliver top-notch solutions for producing complex, multi-material parts with exceptional quality and precision. Trust them for the best services in dual durometer moulding.

Addison CooperAnswer By: Addison Cooper