Technical stainless steel

CTS BD1N is a nitrogen containing, high carbon chromium martensitic stainless steel balanced to provide superior hardness compared to CTS BD1 steel. It has a hardened hardness of

CarTech CTS XHP alloy is powder metallurgy, air-hardening, high carbon, high chromium, corrosion-resistant alloy. It can be considered either a high hardness 440C stainless steel

Elmax Stainless Steel | Uddeholm Elmax SuperClean is a high-quality stainless steel produced by the Uddeholm Group using powder metallurgy. It holds an edge well, is difficult to

M390 is a powder stainless martensitic steel with increased chromium content. Böhler M390 is one of the best knife steels in the world. This product of modern powder metallurgy

M398 (BÖHLER M398 MICROCLEAN) - is a martensitic chromium steel produced by powder metallurgy. Due to its alloying concept, this stainless steel provides extremely high wear

N685 is a stainless martensitic chromium steel with a high carbon content, addition of molybdenum and vanadium. N685 steel is an excellent choice for those looking for a strong,

N690 is a cobalt-alloyed martensitic stainless steel produced by Böhler - Uddeholm AG. The steel has an original chemical composition that stands out from other grades of similar

N695 is a stainless martensitic chromium steel with a high carbon content and the addition of molybdenum. It has high hardness, wear resistance and good corrosion resistance. It

Nitro-V is a high-carbon stainless steel with added nitrogen and vanadium. Vanadium has long been considered a key alloying element for heavily worked steels, from simple tool

RWL-34 is a high-carbon stainless steel powder, additionally alloyed with molybdenum and vanadium. It has medium corrosion resistance. It is produced by the Swedish company

SG2 (SPG2, Super Gold 2) is a corrosion-resistant powder stainless steel with a fine-grained structure. Developed by the Japanese company Takefu in 1991 specifically for table and

Ferritic stainless steel EN 1.4000 | AISI 403 / AISI 410S | DIN X6Cr13 with a small addition of aluminum minimizes the formation of austenite at high temperatures, thereby

AISI 405 | EN 1.4724 | DIN X10CrAlSi13 is a ferritic stainless steel supplemented with aluminum. It is characterized by resistance to sulfur-containing gases. The steel is

AISI 409 | EN 1.4512 | DIN X2CrTi12 - is a ferritic grade of stainless steel. Its chemical composition averages 11% chromium and 1% titanium. It is mainly used to produce sheets,

AISI 410 | EN 1.4006 | DIN X12CrN13 - is a general-purpose martensitic stainless steel. It contains 11.5% chromium, which provides good corrosion resistance. However, the

AISI 414 | EN 1.4008 | DIN GX7CrNiMo12-1 is a martensitic stainless steel designed for primary forming of wrought products. It has moderately high tensile strength among wrought

Martensitic stainless steel AISI 416 EN 1.4005 | DIN X12CrS13 is a stainless alloy that can be freely machined. The machinability of this grade is 85% - this is the highest figure

AISI 416Se is a martensitic stainless steel that, due to the selenium (Se) and sulfur (S) content, provides better machinability than other similar stainless steels. However, this

AISI 420 | EN 1.4021 | DIN X20Cr13 is used in the hardened and tempered condition in many structural and fastening products where moderate corrosion resistance is required.

AISI 420 | EN 1.4028 | DIN X30Cr13 is used in the hardened and tempered condition in many structural and fastening products where moderate corrosion resistance is required. Due to