DIN 1.2312 Tool Steel | P20+S | Supplier & Stockist in UAE 

Nifty Alloys LLC is a premier stockist and supplier of 1.2312 (P20+S) tool steel, serving the demanding tooling and manufacturing industries across the UAE and greater GCC region. As a specialized materials distributor, we provide high-quality, certified tool steels engineered for performance and reliability. 1.2312 tool steel is a pre-hardened plastic mold steel renowned for its exceptional machinability, which is enhanced by a controlled sulfur addition. This grade offers a unique combination of good polishability, excellent dimensional stability, and uniform hardness, making it a preferred choice for large-scale plastic mold bases, holders, and complex tooling components. 

Our role at Nifty Alloys LLC is to ensure that procurement managers, engineers, and toolmakers have access to a consistent and reliable supply of 1.2312 tool steel. We maintain a comprehensive inventory in various forms, including round bars, flat bars, and plates, all supported by mill test certificates and full traceability. By focusing exclusively on sourcing and distribution, we guarantee that our clients receive materials that meet stringent international standards, delivered with the efficiency and technical support required for modern industrial operations. 

What is 1.2312 Tool Steel? 

1.2312, also widely known as P20+S, is a chromium-molybdenum alloyed tool steel delivered in a pre-hardened condition. It is a modification of the popular P20 (1.2311) grade, with a key distinction: the intentional addition of sulfur. This small but critical modification significantly enhances the material's machinability without substantially compromising its other core properties. This makes 1.2312 an ideal solution for applications where extensive machining is required, reducing production time and tooling costs. 

Its pre-hardened state, typically between 280 and 325 HB, means it can be put into service immediately after machining, eliminating the need for further heat treatment and avoiding the associated risks of distortion or cracking. This characteristic is particularly valuable for manufacturing large and intricate molds where dimensional accuracy is paramount. The material combines good toughness with adequate wear resistance, ensuring longevity and reliable performance in demanding plastic molding and die-casting applications.