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BÖHLER K110 is a 12% ledeburitic chromium steel and corresponds to material number 1.2379 (X153CrMoV12, D2). This tool steel combines the advantages of conventional 12% ledeburitic chromium steels with those of advanced tool steels. In the group of 12% ledeburitic chromium steels, BÖHLER K110 offers the best combination of wear resistance, compressive strength and toughness, for which reason it is used in virtually all cold work applications. Its advantageous tempering behavior with a pronounced secondary hardness maximum also enables the use of advanced coatings. This also makes BÖHLER K110 suitable for complex tools requiring a high degree of dimensional stability and shape stability.

BÖHLER M200 is a prehardened, non-corrosion-resistant chromium-manganese-molybdenum alloyed plastic mould steel with very good machinability and uniform strength over the entire cross-section of medium-sized dimensions.

BÖHLER S290 MICROCLEAN – “The hard stuff” The unusual alloy point of this bridge material between carbide and high-speed steel gives it a hardness of up to 70 HRC. In addition to its hot hardness and good wear resistance, its compressive strength is one of the most important properties of this powder-metallurgical high-speed steel class.

BÖHLER W302 ISOBLOC is a 5% chromium steel and corresponds to material number 1.2344 (X40CrMoV5-1). Produced via the electroslag remelting process (ESR), this tool steel has very high hot toughness as well as very high hot hardness and a very good resistance against heat-checkings. The combination of these properties makes it a top performer in closed- and open-die forging as well as in high- and low-pressure die casting. In addition, this material has very good polishability and is therefore also often used as a molding material for plastic injection molds.

BÖHLER W302 ISODISC is a 5% chromium steel and corresponds to material number 1.2344 (X40CrMoV5-1). This common tool steel has good hot toughness as well as a high hot hardness and a high resistance against heat-checkings. The combination of these properties makes it a standard choice in extrusion, forging and low-pressure die casting. This material is also available as W302 ISOBLOC which is a remelted grade with improved cleanliness, homogeneity and toughness.

Uddeholm Arne is a general purpose oil hardening tool steel for short to medium production runs. The steel is suitable for the manufacture of tooling with good tool life and production economy. Uddeholm Arne can be supplied in various finishes including hot-rolled, pre-machined, fine-machined and precision ground. It is also available in the form of hollow bar. Benefits good machinability good dimensional stability in hardening a good combination of high surface hardness and toughness after hardening and tempering In East and South East Asian countries served by Assab, Uddeholm Arne is sold as DF-2. Standard specification W.nr 1.2510 / AISI O1 / AFNOR 90 MCW 5

Cold finished (drawn or turned and polished) mild steel.  Suitable for case hardening and welds readily.  1020 is a general purpose low tensile mild steel with a tensile strength in the range of 430-790 MPa, and Brinell hardness range 125-230.  1020 is not suitable for quench and temper applications.  Normally used in the as supplied condition.

Fully-killed medium carbon steel.  Suitable for medium stressed parts in machinery and industrial tools.  Components of small cross section requiring strength and wear properties better than low carbon unalloyed steel.  Heavy forgings in the normalized condition for automotive and general engineering, such as axles, clutch members, shafts, pressed and punched parts, piston rods and gear racks.

1214 is cold finished (drawn or turned and polished) free machining low tensile 370 – 750 MPa mild steel. Generally used in the as supplied condition.

Chromium, Molybdenum steel for applications requiring high tensile strength and toughness values, in particular in medium and large cross sections in the quenched and tempered condition. The Molybdenum additions prevent the steel from being susceptible to temper brittleness. Surface hardenable.

Alloy 385 is used in mass production of brass components in high speed automatic lathes where machining output and long tool life is required and where no further cold forming operations after machining are required.  The superior machining characteristics of Alloy 385 are due to the rapid chill effect of continuous casting which gives a fine uniform lead distribution without segregation and suppresses formation of brittle phases which cause tool wear,