Downloads & Data Sheets

Economical sliding material with virtually no moisture absorption and good chemical resistance. Proven in tank and apparatus construction. → View material page

Wear-part plastic with a very low coefficient of friction, permanent self-lubrication, antistatic treatment and FDA suitability for food contact. → View material page

Chemically resistant standard plastic with low density. First choice for tanks, piping and chemically loaded plants. → View material page

Cast acrylic with high optical clarity and good machinability. Ideal for visible parts, covers and displays. → View material page

Extruded acrylic with tight thickness tolerances, economical for cut-to-size parts, forming and large-area glazing. → View material page

One of the best machinable engineering plastics. We produce precision turned and milled parts down to ±0.02 mm, from batch size 1. → View material page

The high-performance acetal: higher strength and hardness than POM-C, ideal for highly loaded functional parts. → View material page

Tough, wear-resistant all-rounder with very good sliding and damping properties. Ideal for bearings, gears and rollers. → View material page

Cast polyamide: stiffer, harder and more dimensionally stable than extruded PA 6, available in large dimensions and thick sections. → View material page

Halogen- and phosphorus-free flame retardancy, UL 94 V-0 and certified to EN 45545-2 for rail transport. → View material page

High strength, excellent dimensional stability and very good sliding properties. The precise alternative to POM for tight tolerances. → View material page

Virtually unbreakable and optically clear. First choice for protective screens, sight windows and machine guards. → View material page

Solid colourless polycarbonate sheet. High impact strength for machine guarding, glazing and covers. → View material page

Flame-retardant solid polycarbonate sheet, UL 94 V-0, EN 45545-2 and FAR 25.853. Extremely impact resistant. → View material page

Premium material for continuous use up to approx. 250 °C, aggressive media and metal replacement. Machined down to ±0.02 mm. → View material page

Fluoropolymer with high chemical resistance, UL 94 V-0 and good strength. For chemical, semiconductor and ultrapure media technology. → View material page

Fluoropolymer with outstanding chemical resistance and UL 94 V-0. For ultrapure media, semiconductor and chemical plants. → View material page

Bronze-filled PTFE for heavily loaded plain bearings, piston rings and sealing elements. Very wear- and pressure-resistant, thermally conductive, electrically dissipative. → View material page

Bronze-filled PTFE with maximum wear and compressive strength for the most heavily loaded plain bearings. Thermally conductive, electrically dissipative. → View material page

Glass-fibre-filled PTFE with improved compressive and wear resistance, tougher and less abrasive than GF25. Almost universally chemical-resistant. → View material page

Glass-fibre-filled PTFE with markedly higher compressive strength and reduced creep versus virgin PTFE. Standard compound for loaded sealing and sliding elements. → View material page

Amorphous high-performance thermoplastic for continuous use up to 170 °C, inherently flame retardant (UL 94 V0) and amber transparent. Machined down to ±0.02 mm. → View material page

Unfilled polyimide for continuous use above 300 °C, very high creep resistance and low outgassing in high vacuum. Machined down to ±0.02 mm. → View material page

Amorphous high-performance plastic with very high toughness, high resistance to steam sterilisation and heat deflection temperature up to 205 °C. Tested on the semi-finished product according to ISO 10993-5. → View material page

Carbon fibre reinforced polyamide 66 (20% carbon fibre content) with very high stiffness, good wear resistance and high heat deflection temperature. Machined down to ±0.02 mm. → View material page

Micro carbon fibre filled nylon for 3D printing (FDM) with high stiffness, very good surface finish and chemical resistance. Can be combined with continuous fibre reinforcement. → View material page

Flame-retardant micro carbon fibre filled nylon for 3D printing (FDM), UL94 V-0 at wall thickness ≥ 3 mm, compatible with all continuous fibre systems. → View material page

Static-dissipative micro carbon fibre filled nylon for 3D printing (FDM), surface resistance 10⁵–10⁷ Ω, higher stiffness than standard Onyx. → View material page

Unreinforced, white nylon for 3D printing (FDM) with high elongation at break, very good toughness and good surface finish. Economical entry-level material. → View material page

Rigid PVC with excellent chemical resistance and flame-retardant behaviour (UL 94 V-0, DIN 4102 B1). Standard material in tank and apparatus construction. → View material page

Cellular polyurethane elastomers for springing, end stops and vibration isolation. Cellasto (BASF) and Sylomer (Getzner) are cut to size and supplied to drawing.

Melamine-resin laminated fabric with high tracking resistance (CTI 600), physiologically safe. → View material page