Change Perspective:
Give Plastic Another Chance with Restylon

The innovative Co-injection or Mono sandwich system that combines two compatible polymeric plastic materials, obtaining articles with high thickness able to resist to higher pressures and therefore avoiding possible deformation of the article as in traditional moulding.

This unconventional technology allows the use of at least 30% of recycled material without compromising the aesthetics of the article, thus obtaining better results in terms of Co2 emissions.

%

RECYCLED PLASTIC MATERIAL INCORPORATED INTO EACH CO-INJECTED ITEM

%

REDUCTION OF CO2 EMISSIONS WITH THE RE-USE OF MATERIALS

%

EVERY ITEM IS COMPLETELY RECYCLABLE AT THE END OF ITS LIFE

Restylon
Co-injection 
technology

Traditional
  • THE USE OF RECYCLED MATERIAL WOULD LEAD TO AESTHETIC DEFECTS
  • LESS THICKNESS AND HIGHER RISK OF DEFORMATION
  • NO IMPROVEMENT IN C02 EMISSIONS
Restylon
  • USE OF RECYCLED MATERIAL WITHOUT AESTHETIC COMPROMISE
  • MORE FREEDOM OF DESIGN WITH GREATER THICKNESS AND NO DEFORMATION
  • REDUCTION OF C02 EMISSIONS WITH THE USE OF RECYCLED MATERIAL
  •  
Co-injection

This technology divides the material into two different injection syringes, which make-up the Core and the Skin of the product, which are injected one at a time through the same injection point.
The Core is composed of the recycled material that will form the heart of the product, while the Skin, usually composed of the virgin material, will form the external coating. In this particular process the two materials are joined directly in the mould. The great versatility of Co-Injection is the ability to measure the insertion of the two materials and to control the perfect mixture for a perfect article without any imperfections. During this system the two materials are mixed only in the mould.

Mono-sandwich

The Mono Sandwich technology obtains, as for Co-injection, excellent environmental and shape benefits, but differs in the production process of the articles.
In Mono Sandwich, in fact, the two materials undergo a similar division into Core and Skin, but are injected into the mould simultaneously and no longer one at a time.
Similarly, also in this technology it is possible to use one or both materials in recycled obtaining the same environmental results.
In this transformation, the two materials are mixed in the injection cylinder of the press.

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