Official authored as Hardox wear parts
SSAB focus on product quality of hardox. all of steel platefrom Hardox remark the product number in order to help buyer to track the manufacturer and product from SSAB. Want to check your machine or facilities original made from hardox plate, simply email “hardox In My Body” with your product number.
We adopt WearCalc™ 2.1 official authorized by SSAB to ensure making tough decisions about choosing the right wear plate easy
WearCalc 2.1, SSAB’s proprietary wear prediction software, lets you quickly and easily calculate the relative service life for all Hardox steel grades, so you can optimize materials with regard to cost, wear, performance and weight.
With WearCalc 2.1, calculating component wear and optimizing your choice of wear plate just got easier
The impact wear model analyzes severe damage involving crater formation and extruded lips during impact, and model damage resulting in plastic deformation of the surface.
The erosion model predicts whether makeup of the abrasive materials will cause edges to penetrate the steel surface or to break. At the micro level, this model uses mineral hardness to calculate erosion on different types of wear plate.
The sliding wear model is based on two limiting curves representing the types of surface damage, plastic or cutting. The relationship between the hardness of the steel and the hardness of the abrasive material determines the damage mechanism and thus the relative service life.
As official authorized wear parts centre, Our technology and hardware facilities have passed the strict requirements by hardox. Meanwhile, Hardox provides us with comprehensive technical support.
Hardox wear plate-----working in the most challenging environment, tough and strength brand plate
With its incomparable hardness and toughness, Hardox ® wear-resistant plate for wear-resistant steel (AR) established the standard of the world. Because of its unique quality, it can even play the role of bearing parts in many applications. It opening up new opportunities for structural design innovation.
Hardox steel is ideal for abrasive applications and hard wear conditions. No matter what wear challenges you face, Hardox hardtop wear-resistant panels provide better wear resistance, higher payload and longer service life for you. The Hardox range of products is characterized by the original wear-resistant plate are thinner and thicker than ever before. The dimensions range from 0.7-160 mm (0.0276.25″), Pipe and round steel are also available.
With superior quality, reliability and performance, Hardox steel ensures that your equipment and business can operate normally
Hardox HiTuf is an abrasion-resistant plate with guaranteed impact toughness. With a nominal hardness of 350 HBW, it's a good choice for structural wear parts like thick cutting edges, demolition tools and rippers.
Hardox 400 is an abrasion-resistant steel with a nominal hardness of 400 HBW. Hardox 400 is an all-around wear resistant steel.
Thanks to its high toughness, good bendability and weldability, this steel can be used in structures with moderate wear.
Hardox 450 is an abrasion-resistant steel with a nominal hardness of 450 HBW. Hardox 450 combines good bendability and weldability with an option for guaranteed impact toughness (Hardox 450 Tuf).
The products can be used in many different components and structures that are subject to wear. Hardox 450, with an extra 50 Brinell hardness over our 400 grade, provides better dent and abrasion resistance as well as longer wear life, so you can achieve even greater savings.
Hardox 500 is a bendable and weldable abrasion-resistant steel, with a nominal hardness of 500 HBW. Suitable for applications that demand higher wear resistance.
Hardox 500 increases payload and increases service life while maintaining good processability and toughness.
Hardox ® 500 Tuf Tuf wear plate is the latest upgrade in the Hardox® range. It delivers high strength, extreme hardness and guaranteed toughness in one and the same wear plate.
Hardox 500 Tuf combines the best properties from Hardox450 and Hardox500. The result is a wear plate with no real competition on the market.
Hardox® 550, with a nominal hardness of 550 HBW and toughness close to Hardox500, increases wear life but not at the expense of crack integrity.
At a nominal hardness of 600 HBW, Hardox 600 has a uniquely high impact toughness.
Especially suited for extreme wear conditions, it can still be cut and welded, making it an excellent choice for high-performance applications.
Hardox® Extreme is the world's hardest wear plate with a nominal hardness of 60 HRC (Rockwell) and typical hardness of 650-700 HBW.
Hardox® Extreme is an abrasion resistant steel with a nominal hardness of 60 HRC, intended for applications with extreme high demands on abrasion resistance. Typical applications is liner plates, etc.
Hardox® round bars are versatile, ready-to-use, abrasion-resistant steels that combine high toughness, good bendability and good weldability.
Hardox® round bars come in diameters between 40 and 100 mm and lengths up to 5000 mm, and feature the same guaranteed properties as the wear plate. Delivered quenched and tempered to high tensile strength and hardness levels, Hardox® round bars represent entirely new possibilities for stronger and lighter product design. They also help optimize workshop procedures such as machining, welding and polishing.
Hardox® Tube 400, as hard and tough as our wear plates, offer outstanding performance when you need both high wear resistance and a lighter product.
Hardox® HiTemp is a high-heat grade of Hardox® wear plate that provides a cost-efficient solution for wear resistance at high temperatures in the 300–500°C range (570–930°F).
Whereas traditional quenched and tempered wear-resistant steels lose hardness at higher temperatures, Hardox® HiTemp high-temperature steel delivers extreme wear resistance. Its properties are achieved by using high-quality raw material combined with a carefully controlled manufacturing process.
Hardox® HiTemp is delivered as 5–51 mm (0.197’’–2’’) plate. It can be cut, welded and machined using the same kind of machinery and technology as for conventional steel.