Advantages and Benefits

We are the

Technology and transformation

Therpol® can be easily processed by techniques such as extrusion, injection, thermoforming, and molding, improving adhesion between different components of a polymeric compound, such as fillers, reinforcements, or between the polymer itself and other materials. Therpol® contributes to the physical union of particles or fibers, providing uniformity, structural stability and integrity to the final material, in addition to improving mechanical properties, wear resistance, chemical resistance, among other desired characteristics for a wide range of applications. , from packaging to automotive and electronic components.

Benefits of Therpol® Biotechnology

We facilitate the homogenization of different types of plastics.
We contribute to reducing the production of virgin plastics, as Therpol® Biotechnology makes it possible to reuse recycled plastics.
We specialize in improving the mechanical properties of recycled plastics, providing uniformity, structural stability, and integrity to the final material.
We contribute to reducing the costs and complexities of separating plastics during the recycling process.

Biotechnology that enables the total recycling of plastic

Our solution offers a sustainable approach to plastics recovery.
Our technology allows the homogenization of previously incompatible plastics, facilitating processing, improving mechanical properties, wear resistance, chemical resistance, among other positive characteristics.
We are pioneers in solving the problem of waste in a wide range of applications, from packaging and textile and organic waste, to automotive and electronic components.

The trend of continuous recycling

Reprocess and reuse!

In contrast to vulcanized materials, Therpol® stands out by enabling continuous recycling. The true expression of the circular economy emerges when Therpol® integrates the composition of recycled products, providing significant added value. Therpol® allows, through its unique manufacturing and recycling process, a practically infinite cycle. This versatility is achieved because there is no vulcanization of rubber in our production process. It is crucial to highlight the negative impacts of vulcanization on the recycling process. This is because once natural rubber is vulcanized, it becomes eternally unsuitable for recycling, limiting itself to an unwanted final destination. Therpol®, by eliminating this production stage, stands out as the best choice to drive real circularity in waste management.

We are more than technology!

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Sustainable and renewable

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Circular Economy

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Brazilian Technology

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Patents applied for