| PMMA | Plexiglas | Technological mouldings for internal and external use | |||||||||
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| Plexiglas
is a thermoplastic based on polymethyl methacrylate. The moulding substance
is as clear as glass, free of clouding and totally colourless. Extruded
parts permit total translucency apart from reflective-loss on the upper
surface. In addition to their pleasant feel and sound, PMMA parts have the highest surface hardness of all chemical thermoplastics and therefore the greatest scratch-resistance. |
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| PC | Polycarbonate | Technological mouldings for internal and external use. | |||||||||
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| Polycarbonate
has exceptional robustness, excellent heat resistance and thermal characteristics. As transparent as glass, high tensile strength and bending qualities, good surface hardness and weather resistance. Reinforced glass fibre types with greater stiffness are available, good electrical insulation characteristics. Fire resistant types are also available. |
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| PS | Polystyrene | Technological mouldings for internal use. | |||||||||
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| High degree of hardness and scratch resistance. Very robust in cold temperatures, keeps its shape in warm temperatures, limited resistance to chemicals, not weather-proof. | |||||||||||
| ABS | Acrylonitrile/ Butadiene/Styrene |
Technological mouldings for internal use. | |||||||||
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| High degree of hardness and scratch resistance. Very robust in cold temperatures, keeps its shape in warm temperatures, high resistance to chemicals, not weather-proof. | |||||||||||
| TPE | Thermoplastic Elastomer | Seals for internal and external use | |||||||||
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| TPE exhibits a rubber-like flexibility and can attain a degree of hardness from Shore A 30 to Shore D 60. Distortion in high temperatures is similar to rubber. TPE is compatible both with polyolefine and technical polymers and provides perfect adhesion with co-extrusion. | |||||||||||
| TPU | Thermoplastic Polyurethane Elastomer | Technological moulding seals | |||||||||
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| Excellent resistance to hydrolysis, flexible in cold temperatures, resistant to microorganisms, good resistance to wear and tear, high tensile strength, good dampening qualities, recyclable, co-extrusion with ABS possible. | |||||||||||
| HDPE | High Density Polyethylene | Mouldings for internal and external use | |||||||||
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| Excellent degree of toughness, stiff and very robust, good electrical qualities. | |||||||||||
| LDPE | Low Density Polyethylene | Mouldings for internal and external use | |||||||||
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| Excellent degree of toughness, not as stiff as HDPE, very robust and good electrical qualities. | |||||||||||
| Hard PVC | Polyvinyl Chloride | Mouldings for internal and external use | |||||||||
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| Ultra-violet stable, very resistant to mechanical abrasion, absolutely hygienic, high resistance to chemicals. | |||||||||||
| Soft PVC | Soft Polyvinyl Chloride | Seals, sealing lips | |||||||||
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| Soft PVC can be supplied from Shore A 30 to Shore D 60. Dampens vibration more effectively than soft rubber and exhibits strong resistance to abrasion, excellent adhesion to Hard PVC in co-extrusion. | |||||||||||
| Les matériaux |
| PP | Polypropylene | Technical mouldings and mouldings for the furniture industry | |||||||||
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| Homopolymer
and copolymer types, minerally strengthened for extrusion, stabilised
for high temperatures with a high degree of stiffness and toughness. As a result of its manifold adaptability, glass fibre reinforced polypropylene is increasingly developing into a high-performance product |
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