The alloy AlMn0,5Mg0,5 is special one for the packing planned alloy. The alloy belongs to the nature-hard aluminum materials. A strength increase can only occur by cold forming. It is very well warm and cold formable and is very well suitable to the deep-drawing (no lappet formation). Because of the

The stainless steel X 5 CrNiMo 18 10 is usually used cold strained as wire up to 10 mm diameter or strip up to 1,6 mm thickness for springs or spring parts, also under corrosion stress and little raised temperatures.PropertiesGeneralPropertyTemperatureValueDensity20.0 °C7.96 g/cm³22.0 °C7.96 g/cm³Me

The stainless steel X 12 CrNi 17 7 is usually used cold strained as wire up to 10 mm diameter or strip up to 1,6 mm thickness for springs or spring parts, also under corrosion stress and little raised temperatures.PropertiesGeneralPropertyTemperatureValueDensity20.0 °C7.92 g/cm³MechanicalPropertyTem

The patented cold drawn steel wire type D made of unalloyed steel is used for tension springs and compression springs for high static load and medium dynamic load as well as for torsion springs and other springs with high static load and high dynamic load.PropertiesGeneralPropertyTemperatureValueCom

The in the quenched and tempered condition flame and induction hardenable unalloyed special steel has a, compared to the common quenched and tempered steel, constricted range of the C content and a lower maximum value of the P content. The steel is suitable for flash welding, if prooved conditions w

Alloy M25 from Materion Performance Alloys is a free machining, high performance copper alloy. M25’s properties minimize signal distortion in coaxial RF connectors and reduce power loss in circular connectors and contact probes. M25 is available in spooled or coiled wire product forms, and in differ

Alloy M25 from Materion Performance Alloys is a free machining, high performance copper alloy. M25’s properties minimize signal distortion in coaxial RF connectors and reduce power loss in circular connectors and contact probes. M25 is available in spooled or coiled wire product forms, and in differ

Alloy M25 from Materion Performance Alloys is a free machining, high performance copper alloy. M25’s properties minimize signal distortion in coaxial RF connectors and reduce power loss in circular connectors and contact probes. M25 is available in spooled or coiled wire product forms, and in differ

Alloy M25 from Materion Performance Alloys is a free machining, high performance copper alloy. M25’s properties minimize signal distortion in coaxial RF connectors and reduce power loss in circular connectors and contact probes. M25 is available in spooled or coiled wire product forms, and in differ

Alloy M25 from Materion Performance Alloys is a free machining, high performance copper alloy. M25’s properties minimize signal distortion in coaxial RF connectors and reduce power loss in circular connectors and contact probes. M25 is available in spooled or coiled wire product forms, and in differ

Alloy M25 from Materion Performance Alloys is a free machining, high performance copper alloy. M25’s properties minimize signal distortion in coaxial RF connectors and reduce power loss in circular connectors and contact probes. M25 is available in spooled or coiled wire product forms, and in differ

Alloy M25 from Materion Performance Alloys is a free machining, high performance copper alloy. M25’s properties minimize signal distortion in coaxial RF connectors and reduce power loss in circular connectors and contact probes. M25 is available in spooled or coiled wire product forms, and in differ

Materion Performance Alloys’ QMet 300 strip is a high-performance, heat treated copper alloy designed to provide very high electrical and thermal conductivity while still retaining moderate strength. This non beryllium-containing alloy is idea for heat spreading structural components in consumer ele

Materion Performance Alloys’ QMet 200 strip is a high-performance, heat treated copper alloy designed to provide very high electrical and thermal conductivity while still retaining moderate strength. This non beryllium-containing alloy is idea for heat spreading structural components in consumer ele

The two sides precision machined G.AL® C250 precision plate with protective foil was developed from almost universally applicable alloy EN AW 5083 (AlMg4.5Mn0.7). Rolling ingots are used for production, which have a fine-grained, homogeneous structure with only low microporosity created in a modifie

A medium-strength aluminum plate, G.AL® C210R is the all-rounder of aluminum materials. The G.AL® C210R sawn on all sides is characterized by extremely low-stress properties, dimensional stability and excellent homogeneity over the entire ingot cross section. Based on alloy EN AW 5083 (AlMg4.5Mn0.7)

The higher-strength aluminum plate G.AL® C330R from alloy EN AW 7021 (AlZn5.5Mg1.5) with material temper T79 sawn on all sides is characterized by very high strength and hardness as well as very good low-stress properties. The very low strength and hardness decrease from plate edge to the centre mak

This material produced from alloy EN AW 7021 (AlZn5.5Mg1.5) in a vertical continuous casting process closes the gap between medium and high-strength aluminum materials, the latter of which are often overqualified. G.AL® C330 is characterized by a very fine and homogenous structure, very low micropor

Rolling ingots are used for the production of G.AL® C250 ELOXPLUS plates. The chemical composition of these ingots is considerably limited in accordance with the GLEICH factory standard and extensive cleaning of the melt and specific casting parameters are required. Together with the specially-devel

In certain applications, the use of higher-strength cast plates is not sufficient; high-strength rolled plates must be used. However, the problem with rolled plates is the wide toleration of thickness and flatness, which results in extremely complex processing. Precision rolled plate G.AL® 7075GF fr