What is multi-component moulding? 

Multi-component moulding is an advanced injection moulding technique in which two or more materials or colours are combined in a single injection moulding process. This makes it possible to combine different properties in a single product, without the need for additional assembly steps. 

This technique is also known as 2K or multi-shot injection moulding and is widely used for functional and aesthetic plastic components. 

Injection moulding with multiple materials 

In multi-component moulding, the product is built up in successive steps within a single mould. First, the base material is injected, after which a second (or third) material or colour is added. Because the product remains in the mould, a strong and durable bond is formed between the materials. 

Common combinations include: 

  • Hard plastics with soft TPE zones 
  • Different plastics with complementary properties 
  • A single material in multiple colours 

Advantages of multi-component moulding 

The use of multi-material injection moulding offers various advantages: 

  • Integration of multiple functions into a single component
  • Strong material bonding without assembly
  • Lower production costs due to reduced post-processing
  • Consistent quality and dimensional stability
  • Great design freedom Multi-component moulding is suitable for a wide range of applications, including: 

Applications 

Multi-component moulding is suitable for a wide range of applications, including: 

  • Components with integrated seals or soft-touch surfaces
  • Technical components with combined functions
  • Housings with colour accents or markings
  • Industrial and logistics products with extra grip or protection 

Multi-component moulding at Didak Injection 

Didak Injection uses multi-component moulding to produce high-quality injection-moulded products that meet specific functional and visual requirements. Through the right choice of materials and a well-thought-out mould design, we create efficient and sustainable solutions for industrial and logistics applications. 

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