UDDEHOLM ARNE
SS-EN ISO 9001 SS-EN ISO 14001 This information is based on our present state of knowledge and is intended to provide general notes on our products and their uses.
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Uddeholm Sverker 21
www.uddeholm.comUddeholm Sverker 21 3 Uddeholm Sverker® 21 THE BACKBONE OF COLD WORK TOOLING The steel grade was developed around 1930 and is still going strong. Ledeburitic 12 % Cr-steel are still the most commonly used tool steel
Elmax eng 1507/R1601 7 - Uddeholm Global
www.uddeholm.comUDDEHOLM ELMAX SUPERCLEAN 3 Applications New types of engineering plastics, with high filler contents, place greater demands …
Uddeholm Mirrax 40
www.uddeholm.comUddeholm Mirrax 40 6 FURTHER INFORMATION Please contact your local Uddeholm office for further information on the selection, heat treatment and application of Uddeholm tool
UDDEHOLM TOOL STEELS FOR PLASTIC MOULDING
www.uddeholm.comUDDEHOLM TOOL STEELS FOR PLASTIC MOULDING. ... Edition 12, 03.2016 ... Mouldmaking 10 Moulding 14 Moulding methods – Injection moulding 17 – Compression moulding 17 – Blow moulding 18 – Extrusion 18 The same quality and service available worldwide 20 …
WELDING OF UDDEHOLM TOOL STEELS
www.uddeholm.comfor welding tool steel should be similar in composition to the base material. When welding in the an-nealed condition, e.g. if a mould or die has to be adjusted while in the process of manufacture, it is vital that the filler metal has the same heat treatment characteristics as the base
WELDING OF TOOL STEEL - Uddeholm Global
www.uddeholm.comfor welding tool steel should be simi-lar in composition to the base mate-rial. When welding in the annealed condition, e.g. if a mould or die has to be adjusted while in the process of manufacture, it is vital that the filler metal has the same heat treat-ment characteristics as the base
Retain your edge - Uddeholm
www.uddeholm.comClassifi ed according to EU Directive 1999/45/EC. For further information see our “Material Safety Data Sheets”. Edition 2, 05.2012. The latest revised edition of this …
UDDEHOLM DIEVAR
www.uddeholm.com7 UDDEHOLM DIEVAR * Depth of case = distance from surface where hardness is 50 HV 0.2 over base hardness Dimensional changes during hardening and tempering During hardening and tempering the tool is
UDDEHOLM STAVAX ESR
www.uddeholm.comRetained austenite % 14 12 10 8 6 4 2 Retained Holding time austenite 20 min. Holding time 60 min. 1050°C 1020°C Retained austenite 1030°C Quenching media • Fluidized bed or salt bath at 250–550°C (480–1020°F), then cool in air blast •Vacuum with sufficient positive pressure
HEAT TREATMENT OF TOOL STEEL - Uddeholm Global
www.uddeholm.comaustenite. After one tempering at a high tem-perature the microstructure consists of tempered martensite, newly formed martensite, some retained austenite and carbides. Hardness Tempering temperature A = martensite tempering B = carbide precipitation C = transformation of retained austenite to martensite D = tempering diagram for high speed steel
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