Biopolymers made from PLA-HI CL WPC-PP and PA 6.10

Biopolymers, when combined with specific base polymers such as PLA-HI, WPC-30PP and PA 6.10, open up new horizons for sustainable and high-performance plastic solutions.

Description of the features and benefits of these advanced polymer blends:

PLA-HI (polylactic acid with high impact strength):

Properties:

• High impact strength:
  PLA-HI is characterized by improved impact strength compared to conventional PLA, which makes it ideal for applications with increased mechanical loads.
• Biodegradable:
  Like conventional PLA, PLA-HI is also biodegradable, which contributes to environmentally friendly disposal.

WPC-30PP (Wood-Plastic Composite with 30% polypropylene):

Properties:

• Wood fiber content:
  The addition of 30% polypropylene to wood fibers improves the strength and stability of the composite.
• Sustainability:
  The combination of wood fibers with polypropylene promotes sustainability and reduces the need for purely synthetic polymers.
• Formability: WPC-30PP is formable and can be used in a variety of applications.

Applications:

• Building and construction materials.
• Furniture and interior design.
• Garden furniture and decking.

PA 6.10 (polyamide 6.10):

Properties:

• Bio-based:
  PA 6.10 is made from renewable raw materials and is therefore bio-based and sustainable.
• High strength:
  The polymer has high strength and rigidity, which makes it suitable for structural applications.
• Versatility:
  PA 6.10 can be used in various applications, from automotive components to consumer goods.

Applications:

• Automotive applications such as engine compartment components.
• Electronics housing.
• Sports equipment and outdoor clothing.

Advantages of using biopolymers in these blends:

1. Sustainability:
   The integration of biopolymers helps to reduce dependence on fossil raw materials and promote sustainable manufacturing practices.
2. Increased performance:
   PLA-HI and WPC-30PP offer improved mechanical properties such as impact resistance and strength.
3. Versatility:
   The compounds are versatile and can be used in various industries, from packaging materials to construction components.
4. Biodegradability:
   The use of PLA-HI and PA 6.10 contributes to the development of products that are biodegradable at the end of their service life.

The combination of biopolymers with PLA-HI, WPC-30PP and PA 6.10 represents an innovative step towards sustainable and high-performance polymer solutions for a wide range of applications.