Recycled thermoplastic

Transforming thermoplastics with nanotechnology

Thermoplastics are polymers that stand out for their ability to melt and be molded repeatedly when heated, without degenerating. This makes them highly versatile materials widely used in various industrial applications. From polyethylene to polypropylene, we can find thermoplastics in a wide range of products, such as packaging, automobile components, and electronic devices..

Driving sustainable innovation

The growing social demand for sustainable alternatives has led to the increased popularity of recycled thermoplastics, which, although promising, often exhibit inferior performance compared to virgin material. The integration of our nanomaterials into these thermoplastics opens up new possibilities, allowing for the development of more advanced products adapted to current environmental and technological demands.

The key lies in our nanomaterials

Our nanomaterials are specifically designed so that, when added, not only do we recover the initial mechanical properties of the virgin thermoplastic, but we may even increase them. This has been observed in recycled polypropylene, resulting in increased mechanical, thermal, and electrical properties. Therefore, we have a composite material with the high performance of polymeric materials, such as being lightweight, flexible, and low-cost, but with increased melting temperature, electrical conductivity, and thermal dissipation. The result is a versatile material capable of adapting its properties according to the application sector.

Operario-Pellets-Polipropileno
Operational benefits

- Reduction of matrix weight.
- Increased durability.
- Increased thermal properties.
- Improved flow index.

 

 

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Pellets Polipropileno | Nanomate
Product improvements

Improvements achieved in PP (PIR):
- Increase in flexural modulus (↑26%).
- Increase in deformation temperature under load (HDT) (↑35%).
- Increase in impact resistance at low temperatures (↑13%).

Improvements achieved in PP (PCR):
- Improved bending resistance (↑13%).
- Increase in flexural modulus (↑15%).
- Increase in tensile modulus (↑12%).
- Surface hardness (↑10%).
- Toughness (↑12%).

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Applied versatility

Automotive components
Lubricants