Materials for Disposables & Packaging
SUITABLE FOR CUTLERY, CONTAINERS, STRAWS, BAGS AND MUCH MORE
Guilt-free disposable & packaging products
More than 180 countries have signed up to stop using single use plastic products. For many single use plastic products our biocompounds are ideal solution considering the safety and sustainability aspects. Offering the versatility and scalability similar to plastics, our BioPur biocompounds are one of the best alternatives to single use plastic considering the safety, sustainability and economics.
One of European sports equipment manufacturer chooses to use BioPur to package their products and prevent them from damages caused during storage and transport.
Disposable Cutlery
Many millions of disposable cutlery products are sold every day across the globe. Our BioPur biocompounds are one of the most sustainable and suitable alternatives to plastics disposable cutleries.
Spoons, forks, knives, sporks
Plates, bowls, cups
Food delivery and storage containers
Rigid Packaging
Usign BioDur biocompounds, rigid packaging can now be made with reduced weight and conserving resources. Biodegradable rigid packaging can be made using BioPur biocompounds.
Injection moulded products
Thermoformed products
Blow moulded products
Flexible Packaging
For most flexible packaging applications, biodegradable solutions are possible with BioPur products. Where the shelf life of the products are required to be longer, BioDur material based products are to be considered.
Blow moulding products
Blow film extrusion
Film extrusion and thermoforming
Most sustainable alternative to single use plastic products.
Cutlery - Relative Comparison
Speak to our experts now. Lets build a sustainable future together.
Automotive OEMs have very specific expectations from material properties based on their target use, resulting in a complex process to find suitable sustainable alternatives. We will be happy to support you with the material development, processing, product engineering and provide clarifications about our materials.