Brief description: Quenched and tempered steel with 0.45 % carbon. Suitable for parts with low stress and small tempering diameters. Not suitable for sweat. Application examples: screws, bolts, axles, gears Alternative names: - 1.1191 - C45E - CK45
DetailsBrief description: Unalloyed structural steel. Stronger than ST35. Application examples: automotive technology, hydraulic cylinders, pumps, turned parts. Alternative names: - S355J2H - E355 + N, P355NH - 1.0576, 1.0580, 1.0565
DetailsBrief description: Bright steel, sharp-edged. Greater dimensional accuracy than hot-formed steel. Stronger than ST37. Examples of use: metal goods, machine parts. Areas of application where a clean and precise surface and high dimensional accuracy are required. Alternative names: - 1.0570 - S355J2 - ST52-3
DetailsBrief description: Bright steel, sharp-edged. Greater dimensional accuracy than hot-formed steel. Stronger than ST37. Examples of use: metal goods, machine parts. Areas of application where a clean and precise surface and high dimensional accuracy are required. Alternative names: - 1.0570 - S355J2 - ST52-3
DetailsBrief description: Components for vehicle and mechanical engineering. Simple applications in tool and mold making. Higher strength. Examples of use: metal goods, pins, screws, nuts, bolts, rivets, chains. Alternative names: - 1.0570 - S355J2 - ST52-3
DetailsBrief description: Components for vehicle and mechanical engineering. Simple applications in tool and mold construction, etc. provided the mechanical values are sufficient. Examples of use: Highly stressed parts in steel, crane, bridge and machine construction. Alternative names: - 1.0570 - S355J2 - ST52-3
DetailsBrief description: Components for vehicle and mechanical engineering. Simple applications in tool and mold construction, etc. provided the mechanical values are sufficient. Examples of use: Highly stressed parts in steel, crane, bridge and machine construction. Alternative names: - 1.0570 - S355J2 - ST52-3
DetailsBrief description: Components for vehicle and mechanical engineering. Simple applications in tool and mold construction, etc. provided the mechanical values are sufficient. Examples of use: Highly stressed parts in steel, crane, bridge and machine construction. Alternative names: - 1.0570 - S355J2 - ST52-3
DetailsMaterial PE 1000 (green): Polyethylene UHMW, Tecafine PE This standard plastic combines good wear and abrasion resistance with excellent impact resistance. Rollers, sliding bushes, guide rails, gears, slides, pump parts, taps, valve parts, bearings Material POM-C (white): copolymer, polyacetal, Tecaform AH, polyoxymethylene C This high-quality engineering plastic is ideal for sliding functions in mechanical engineering and in precision mechanics. Guides, rollers, plain bearings, bushings, gears, molded parts, precision parts, ...
DetailsMaterial PE 1000 (green): Polyethylene UHMW, Tecafine PE This standard plastic combines good wear and abrasion resistance with excellent impact resistance. Rollers, sliding bushes, guide rails, gears, slides, pump parts, taps, valve parts, bearings Material POM-C (white): copolymer, polyacetal, Tecaform AH, polyoxymethylene C This high-quality engineering plastic is ideal for sliding functions in mechanical engineering and in precision mechanics. Guides, rollers, plain bearings, bushings, gears, molded parts, precision parts, ...
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