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Revised Application technology separation of composite materials in the Rubber & Plastics sector

Separation of composite materials

The composite material (fibre- or metal-reinforced thermoplastics, galvanised plastic parts, sanitary facilities or used tires) can be separated by means of impact stress

GAS APPLICATION

This cryogenic technology, which must be adapted to the respective requirements and material properties, is based on the different coefficients of linear expansion and the embrittlement potential of the materials in question. For example, rubber shrinks 7.5 times more than iron when cooled with liquid nitrogen (-196°C). The composite material can then be separated by means of impact stress.

 

The goals of the cryogenic composite separation are:

a high degree of separation of the composites, because a pure an individual material fraction has a higher market value
high throughput for low production costs
avoidance of thermal damage to the ground products
prevention of dust explosions and fires during grinding

Revised Customer process separation of composite materials in the Rubber & Plastics sector

Separation of composite materials

Achieve clear product separation

Contacteer ons

Contacteer ons

Wat kunnen we voor je doen

Formulier

Action form

Mr.
Door te klikken accepteer ik het GDPR-beleid van de Messer Group. Deze overeenkomst kan te allen tijde worden herroepen

Contacteer ons

Contacteer ons

Wat kunnen we voor je doen

Formulier

Action form

Mr.
Door te klikken accepteer ik het GDPR-beleid van de Messer Group. Deze overeenkomst kan te allen tijde worden herroepen