Materials

Permanent magnets

Cast isotropic AlNiCo permanent magnet of EN 60404-8-1: Br 0.7 T, HcJ 48 kA/m, (BH)max 12.8 kJ/m^3, operating temperature up to 450 °C, temperature coefficient of Br -0.03 %/K.

Properties, analogues, sources, notes and hardness need a paid account.

Permanent magnets

Cast isotropic AlNiCo permanent magnet of EN 60404-8-1: Br 0.61 T, HcJ 102 kA/m, (BH)max 18 kJ/m^3, operating temperature up to 450 °C, temperature coefficient of Br -0.03 %/K.

Properties, analogues, sources, notes and hardness need a paid account.

Permanent magnets

Cast anisotropic AlNiCo permanent magnet of EN 60404-8-1: Br 1 T, HcJ 60 kA/m, (BH)max 29 kJ/m^3, operating temperature up to 525 °C, temperature coefficient of Br -0.02 %/K.

Properties, analogues, sources, notes and hardness need a paid account.

Permanent magnets

Cast anisotropic AlNiCo permanent magnet of EN 60404-8-1: Br 0.8 T, HcJ 125 kA/m, (BH)max 38 kJ/m^3, operating temperature up to 550 °C, temperature coefficient of Br -0.02 %/K.

Properties, analogues, sources, notes and hardness need a paid account.

Permanent magnets

Cast anisotropic AlNiCo permanent magnet of EN 60404-8-1: Br 1.3 T, HcJ 56 kA/m, (BH)max 52 kJ/m^3, operating temperature up to 525 °C, temperature coefficient of Br -0.02 %/K.

Properties, analogues, sources, notes and hardness need a paid account.

Permanent magnets

Cast anisotropic AlNiCo permanent magnet of EN 60404-8-1: Br 1.05 T, HcJ 112 kA/m, (BH)max 72 kJ/m^3, operating temperature up to 525 °C, temperature coefficient of Br -0.02 %/K.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Patented cold-drawn non-alloy spring steel wire of high tensile strength for compression, tension and torsion springs under high static and low dynamic load; the most common spring wire.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Patented cold-drawn non-alloy spring steel wire of high tensile strength for dynamically loaded compression, tension and torsion springs, with tighter limits of phosphorus, sulphur and copper than SH; drawn from 0.05 mm.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Patented cold-drawn non-alloy spring steel wire of medium tensile strength for statically loaded compression, tension and torsion springs.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Patented cold-drawn non-alloy spring steel wire of medium tensile strength for dynamically loaded springs, with tighter limits of phosphorus, sulphur and copper than SM.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Patented cold-drawn non-alloy spring steel wire of low tensile strength for lightly loaded static springs and wire forms, diameters 1.00-10.00 mm.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Oil hardened and tempered non-alloy spring steel wire of low tensile strength for statically loaded springs, diameters 0.50-17.00 mm.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Oil hardened and tempered silicon-chromium spring steel wire of high tensile strength for statically loaded springs, diameters 0.50-17.00 mm.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Oil hardened and tempered silicon-chromium-vanadium spring steel wire of very high tensile strength for statically loaded springs, diameters 0.50-17.00 mm.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Oil hardened and tempered silicon-chromium spring steel wire for medium fatigue duty such as clutch springs, diameters 0.50-10.00 mm.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Oil hardened and tempered silicon-chromium-vanadium spring steel wire for medium fatigue duty such as clutch springs, diameters 0.50-10.00 mm.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Oil hardened and tempered silicon-chromium spring steel wire for high fatigue duty such as valve springs, diameters 0.50-10.00 mm.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Oil hardened and tempered silicon-chromium-vanadium spring steel wire for high fatigue duty such as valve springs, diameters 0.50-10.00 mm.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Cold-drawn carbon spring steel wire of the highest strength class, diameters 0.14-6.00 mm, for springs coiled cold and not hardened afterwards.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Cold-drawn carbon spring steel wire of the medium strength class, diameters 0.14-8.00 mm, for springs coiled cold and not hardened afterwards.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Cold-drawn carbon spring steel wire of the medium strength class of increased precision from steel with S <= 0.030 and P <= 0.035 %, diameters 0.14-8.00 mm, for springs coiled cold and not hardened afterwards.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Cold-drawn carbon spring steel wire of the lowest strength class, diameters 0.14-8.00 mm, for springs coiled cold and not hardened afterwards.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

High-quality silicon spring steel with 2.4-2.8 % Si for heavily loaded springs of critical duty, also drawn into spring wire.

Properties, analogues, sources, notes and hardness need a paid account.

Ferrous metals

Precipitation hardening chromium-nickel-aluminium stainless spring wire for highly stressed corrosion-resistant springs up to about 200 °C.

Properties, analogues, sources, notes and hardness need a paid account.