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Polyamide 6, also called Nylon 6, is a cool material with great tensile strength, elasticity and shine. PA6 is highly resistant to wear and chemicals such as acids and bases. But the material is also slightly hygroscopic, where the preoccupation with water acts as a softener, making the subject stronger and more cool. Pa6 without filler can, for example, be used in the manufacture of fibers, where the filled versions have a relatively high e-module that makes the material a strong candidate as a

Polyamide 6.6, also called Nylon 66, is a relatively rigid, hard, durable and thermal dimension stable material. Compared to PA6, PA6.6 has less water absorption rates, higher heat resistance and better insulating properties, making the material perfect for use in the textile industry as well as for technical articles in the automotive industry, among others.

Acrylonitril Butadien Styren is a terpolymer in which polybutadiene is copolimerized with SAN. This results in a high-gloss material as well as good mechanical properties for use in technical products, such as cabinets for electronic devices, protective helmets, suitcases, pens, kitchen appliances and in toys such as the LEGO brick.

Acrylonitril Butadien Styren is a terpolymer in which polybutadiene is copolimerized with SAN. This results in a high-gloss material as well as good mechanical properties for use in technical products, such as cabinets for electronic devices, protective helmets, suitcases, pens, kitchen appliances and in toys such as the LEGO brick.

Polycarbonate is a relatively tough, strong and rigid material and exhibits great dimension stability within a large temperature range. The great toughness means that when impacted it is almost impossible to induce fractures in the material. PC is used for articles such as glasses, protective helmets, CDs, toys, lenses, etc.

Polycarbonate is a relatively tough, strong and rigid material and exhibits great dimension stability within a large temperature range. The great toughness means that when impacted it is almost impossible to induce fractures in the material. PC is used for articles such as glasses, protective helmets, CDs, toys, lenses, etc.

Polypropylene is a relatively unique material with interesting properties. Compared to Polyethylene, polypropylene is slightly harder, more heat stable, cooler and is more chemically resistant to organic solvents due to its partial crystalline structure. Polypropylene is used in the manufacture of foils, household goods, furniture, fibres for clothing, diapers, tea bags, laboratory containers, bottles and lids.