Another Titus Steel success story – leading the industry in new solutions for the Mold and Die industry.
Titus Steel’s Unique Mold and Die Steel DCMX: Dimensional Stability + Anti-Chip Toughness
Titus Steel’s unique Mold and Die Steel, DCMX is a matrix-type cold-work die steel engineered to minimize coarse carbides (common crack initiators), improve dimensional predictability in heat treatment, and resist chipping/cracking without giving up the hardness required for real production work.
Read MoreSkip Heat Treat, Machine Cleanly, Stay Stable When You Need Parts Yesterday
4140 and 4340 are the classic machine-building workhorses: strong, available, and familiar. But in many real jobs, the performance you actually want from 4140/4340 lives on the other side of heat treat—and heat treat is where timelines expand, distortion appears, and “simple parts” turn into grind-and-fit projects.
That’s the lane where Toolox® 44 excels. At Titus Steel, Toolox 44 is one of our go-to recommendations for urgent tooling and wear components because it delivers real working hardness without the heat-treat detour.
Read MoreTitus Steels unique Tool Steel DC53 is both easier to work + last significantly longer than traditional Tool Steels.
It’s a Tool Steel that combines both Hardness + Toughness while also being easier to Machine and Heat-Treat than traditional steels like D2 and M2.
Read MoreFaster Machining, Better Finish, More Predictable Mould Performance
P20 has been the default mould steel for a reason: it’s widely available, easy to work with, and proven in mould bases, cavity plates, and general mould components. But as moulders demand tighter lead times and higher cosmetic standards, the “good enough” performance of the traditional P20 family can start to show its limits—especially in stability and finishing consistency.
That’s where Toolox® 33 stands out. At Titus Steel, we often point mould shops to Toolox 33 when they want a smoother path from rough machining to final finish, with fewer stability surprises in between.
Read MoreENDURA is the 21st Century solution to the more limited performance and wear life of traditional AR Steels such as AR400, AR450, AR500 and AR550.
Simply put – ENDURA is both easier to work with and lasts much longer than AR steels, typically lasting 100% or longer than steels such as AR400 and AR500.
Unlike AR400, AR450 and AR500, ENDURA is a Work Hardening Steel, work hardening from 450BHN to 550BHN. This means ENDURA is softer when you need it for Machining and processing, but gets harder and harder one you put it into your application.
Read MoreTitus Steel, an industry Leader in Wear Steel and Tool Steel solutions, is pleased to announce that the Government of Canada, through the Federal Economic Development Agency for Southern Ontario (FedDev Ontario), is investing in an exciting new infrastructure project that will benefit all Wear Steel and Tool Steel users and create jobs in Canada.
Titus Steel will be constructing a new fabrication and inventory bay in our existing Titus Steel Warehouse in Mississauga, Ontario. This will allow us to provide even more of the unique and exceptionally long-lasting Wear Steels and Tools Steels that help companies save money and downtime.
Read MoreSteel is one of the most versatile and widely used materials in the modern world. It’s made primarily from iron, with a controlled amount of carbon and other alloying elements. As we discussed in a previous blog, steel differs from wrought iron and cast iron due to its lower carbon content and greater strength and flexibility.
Today, there are thousands of steel grades and formulations, each made for specific performance requirements across the construction, transportation, mining, and manufacturing fields.
Conveniently, these types can be grouped into four general classes of steels that we will explore below.
Read MoreIn general, work hardening is the strengthening of a material or polymer by plastic deformation. This strengthening happens because of dislocation movements and dislocation generation inside the crystal structure of the material. As the material is deformed, these dislocations interfere with the motion of grains within the structure, which increases the energy needed for further deformation, effectively making the material harder and stronger.
Read MoreAR 400 and AR 500 steel plates represent two premier grades of abrasion-resistant steel designed to withstand severe wear and abrasion challenges found in even the harshest conditions. Crafted with precision, these steel variants are tailored to offer superior resistance against abrasion-induced deterioration when used across various industries.
Read MoreWhen it comes to abrasion resistant steel, understanding the intricate mechanical properties is essential for ensuring enduring and efficient performance in the harshest, most abrasive environments. In this guide, we explore the fundamental characteristics of steel used in high-wear applications and how they contribute to its unparalleled durability and effectiveness.
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