Toolox® Engineering & Tool steel DOWNLOAD DATASHEETS Toolox® is engineering and tool steel delivered in quenched and tempered condition. Due to high hardness at the time of delivery, Toolox® is ready to use without additional heat treatment. Extreme steel cleanliness as well as strictly controlled alloying gives incredible mechanical and utility properties. Toolox® has high hardness but is easy to machine and it keeps dimensional stability like no other steel. Toolox® has heat resistance up to 590°C and can be nitrided as well as PVD-coated in order to increase surface hardness. The main purpose of using Toolox® is to decrease costs. Parts made of Toolox® will have increased lifetime and can be produced faster with less processing in comparison with conventional steels for heat treatment. Toolox® is the best choice for tooling and engineering applications working in temperatures up to 590°C. Toolox® is also available as round bars. Dimensions, typical values Thickness, mm Width/Length, mm Toolox® 33 6–130 2000/6000 Toolox® 44 6–130 2000/6000 Mechanical properties, typical values Hardness, HBW Impact strength (KV 20°C), J Toolox® 33 300 35 Toolox® 44 450 18 Hardness range (delivery condition): Toolox® 33, 275 – 325 HBW Toolox® 44, 410 – 475 HBW *Brinell hardness measured according to EN ISO 6506- 1, on a milled surface below surface typically 0,5–3 mm depending on plate thickness. PDF 71 Kb Toolox® 33 datasheet English PDF 137 Kb Toolox® 44 datasheet English CONTACT ABRASERVICE Contact us with your questions or inquiries Find your contact Contact your local Abraservice for sales inquiries and product information. CONTACT US Materials for your needs We can always help you find a steel that is perfect for your needs. MORE ABOUT OUR MATERIALS Our solutions We offer our customers complete solutions, from the analysis of their needs, to the supply of finished and machined parts, ready for assembly. FIND OUT MORE Copyright 2021 - Privacy policy By continuing to use this website you are agreeing to our Cookie Policy.