Showing 25–36 of 38 results

1.3243 (Emo5Co5)

1.3243 is a co-alloyed high-speed steel with high hot strength and excellent toughness.

1.3343 (DMO5)

High-speed steel, high strength at elevated temperatures, good toughness, high compressive strength, good wear resistance. Similar to AISI M2.

1.4034 (R45)

It is stainless martensitic steel. It has very good polishability and hardenability. Can be used in moderately aggressive, chlorine-free environments. It can be welded. It can also be used in tool and mold making.

1.4112 (R17X)

It is a martensitic stainless steel with high hardenability (58 - 60 Rc).

1.4542 (17 – 4 PH)

Increasingly used are marajing steels. It has both high mechanical values like martensitic steels and high corrosion resistance like austenitic steels.

1.4845

1.4845 (X8CrNiSi25-21) is resistant to 30-50oC lower temperatures than SAE 310,1.4841. It is used at high temperatures and where corrosion

1.8519 (KHD)

1.8519 is a CrMoV-alloyed nitriding steel with a surface hardness after nitriding of minimum 800 HV.

1.8550 (Ni50)

1.8550 is CrAlNiMo-alloyed nitriding steel with a surface hardness after nitriding of minimum 950HV.

CP72

Cold work steel, high vanadium and tungsten, very good secondry hardness, good toughness, minimal size changes.

PMD 10

Powder-metallurgical cold work tool steel with high V-content, very fine carbide distribution, homogenous microstructure within whole cross-section, increased wear resistance

PMD 23

Powder-metallurgical high-speed steel, fine distributed carbide structure, homogenous microstructure within whole cross-section, high bending and compressive strength, very good grindability

PMD 30

Powder-metallurgical high-speed steel with high Cocontent, very fine carbide distribution, homogenous microstructure within whole cross-section, good thermal stability, very good