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Thanks to its hardness and toughness, equipment can be made in thinner dimensions of Hardox® wear steel. This makes the steel faster to process and it makes equipment lighter, improves payload capacity and cuts fuel costs for faster ROI. Equipment made from Hardox® steel also requires less maintenance and has a longer life, saving you time and money.

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Hardox® wear steel is a type of quenched martensitic steel renowned for its exceptional hardness and toughness. The optimal balance between these two properties stems from the steel's chemical composition, internal cleanliness, and precise quenching.

For axial sections that do not contain source (fissionable) material, the following method is used to define the homogenization calculation.

The system also allows you to refine your model by adding (or removing) cuts if the final error checking yields unacceptable results.

Hardox® wear plate comes in many grades to meet the demands of hard-wearing applications. From mining equipment to construction and heavy transport, our team can help you choose the right grade for your needs. And because it’s the industry’s green steel, it has a lower impact on the environment. Don’t gamble with your equipment’s service life and productivity – get Hardox® wear plate.

will homogenize a 6 cm region above the active core. Equivalence and replacement tests are not available for these cuts.

Increase service life many times over by replacing mild steel with Hardox® wear plate. Or use a thinner plate of Hardox® wear steel to save weight and still make the equipment last longer.

Hardox® steel is commonly used in applications requiring high wear resistance, including buckets, dump truck bodies, crushers, hoppers, blades, and as wear plates in mining, construction, agriculture, and recycling equipment.

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Unlike normal active cuts, which tries to mimic two dimensional sections, reflector cuts uses the entire core as a driver region, and contains no axial boundary conditions. Thus, the amount of axial heterogeneity within the section is not an important factor.

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label (str) – Name used to identify the section. It will be used to identify the cut on the command line. It is recommended to use a unique tag no longer than 12 characters.

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Hard, tough, flexible, bendable, reliable, guaranteed: there are many ways to describe Hardox®, but you always get 100% quality.

Hardox® is super strong, which is why it’s the wear plate of choice for extreme wear environments. Its high yield strength enables the steel to withstand greater loads without permanently deforming, making it suitable for applications where both abrasion and impact resistance are crucial. Hardox® 500 Tuf, for example, has a typical yield strength of 1250-1400 MPa.

The system will always correctly compute the average behavior over the region, you will just loose the axial shape, and true two dimensional equivalence will no longer be achieved.

The lifespan of equipment made from Hardox® steel depends on various factors, including the application, operating conditions, and maintenance program. However, due to its exceptional wear resistance, equipment made from Hardox® steel lasts significantly longer than equipment made from conventional steel.

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Hardox® HiAce is a corrosion-resistant wear steel developed for acidic wear environments. How does up to 3 times longer service life sound?

Designed for use in high-performing wear parts in harsh environments, where service life and productivity are paramount.

Thinking about upgrading but have lots of questions? Our technical support team can help you optimize material choice and improve your design to get the most out of our materials.

Hardox® steel can be machined and welded using conventional tools for high-strength steel. The grade of steel will guide this process. To get the best results, we suggest you contact our technical support team, who will be happy to help you.

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Hardox® wear-resistant steel is available in various grades, including Hardox® HiTuf, Hardox® 400, Hardox® 450, Hardox® HiAce, Hardox® 500, Hardox® 500 Tuf, Hardox® 550, Hardox® 600, Hardox® Extreme and Hardox® HiTemp. Each grade provides unique levels of hardness and wear resistance to suit specific applications.

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We want you to get the most from our wear- and abrasion-resistant steel, no matter the challenge. Our experts work with the biggest names in the business – and we’re here to support you, too. Bring it on!

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The hardness of Hardox® wear steel is more than skin deep. The core hardness is minimum 90% of the minimum surface hardness, even in the thickest dimensions. The different Hardox® grades cover a Brinell hardness span of 350 to 640 HBW.

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Hardox® 500 Tuf in innovative designs stays hard and tough, giving you longer service life, greater productivity and higher payload.

The returned variable cut contains a copy of all the homogenization parameters, and can be used to modify the model, or any other generator parameter for that cut. These are described below.

Hardox® wear plate is the leading abrasion-resistant (AR) steel. Hard through and through, from the surface deep down to its core. Delivering extended service life and high productivity, it exceeds expectations in the most challenging, extreme wear environments. Why settle for anything else?

The specification of a cut includes a height, that is, homogenization is not performed on a true plane cut, but rather an axial section. A two dimensional calculation is emulated by placing reflective boundary conditions on the top and bottom planes, but it will only be truly two dimensional if there are no axial changes within the section. Since nodal equivalence currently only covers the radial plane, with axial leakage assumed to be zero, it is best to try and limit the amount of axial heterogeneity within your sections. This only applies to cuts containing active (fissionable) material, as reflector regions are treated differently. However, especially in research reactors, there are frequently a lot of axial changes even in the active section of the core (irradiation rigs, beam tubes etc), making it impractical, or even impossible to fully capture everything in axially homogeneous slices. In this case, one has to use broader considerations than pure structural variation when placing cuts. The most important factor is to separate regions were large variations in average cross sections are expected, e.g. moving from a highly scattering to a highly absorbing region.

Get higher payload capacity by using thinner plates of strong Hardox® wear plate. 5 mm (0.197”) of Hardox® steel instead of 6 mm (0.236”) saves 17% weight – for 17% higher payload.

Returns the generator parameter set for the cut. This can be used to modify application parameters, like particles or max_iteration, from the defaults defined in the generator section. These modifications only affect to the current cut.

label (str) – Name used to identify the section. It will be used to identify the cut on the command line. It is recommended to use a unique tag no longer than 12 characters.

Thanks to its incredible hardness, excellent toughness, and uniform properties, Hardox® wear steel has a longer service life and delivers higher productivity than other steels, particularly in the most challenging environments. Hardness is also guaranteed through and through, from the surface deep down to its core.

Minimize maintenance and downtime costs with Hardox® wear plate. Hardox® steel gives you predictable performance and maintenance planning.

The excellent toughness of Hardox® steel makes it extra durable and reliable when exposed to impact loads, even in freezing temperatures. All Hardox® wear plate grades have excellent toughness, and some are even more suitable for withstanding impact loads, such as Hardox® 450, Hardox® 500 Tuf and Hardox® HiTuf. Hardox® 500 Tuf, for instance, has an impact toughness of 27 J at -20°C (20 ft-lb at -4°F) and a typical value of 45 J at -40°C (33 ft-lb at -40°F).

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Hardox® is a type of steel that is known for its hardness, toughness, strength, and abrasion resistance. It is exceptionally wear-resistant, making it suitable for the most demanding applications in industries such as mining, construction, and recycling.

Each cut reference returned by parameters.add_cut and parameters.add_axial_reflector_cut has the following methods to access and modify data:

Hardox® wear steel will rust if left unprotected against atmospheric corrosion. Hardox® wear plates come with a protective primer against corrosion. Hardox® wear sheets are delivered as bundles wrapped in plastic. Hardox® HiAce is designed to manage wear in combination with corrosion. It meets the challenges of acidic and corrosive wear environments, such as those found in garbage trucks, containers, and recycling facilities, as well as in pulp, paper, and sawmill environments, and in ore handling and other process industries.

Cuts are defined after all the Homogenization Parameters have been set. Standard cuts, which includes source materials, are added using the following function:

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Hardox® 500 Tuf is the new generation wear plate with exceptional hardness, strength and toughness in a single plate. 100% quality, guaranteed.

Currently, homogenization calculations are performed on two dimensional slices, or cuts, through the three dimensional heterogeneous model. These cuts are used as building blocks for the homogeneous three dimensional model.

Returns a reference to the underlying heterogeneous model. This can be used to modify the model’s state, change bank positions etc.

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