Bennox and Hardox are both types of abrasion-resistant steel, commonly used in industrial applications. The main difference lies in their composition and properties. Bennox steel is a quenched and tempered steel, while Hardox is a wear-resistant steel. Bennox is known for its high impact resistance, while Hardox is renowned for its exceptional hardness and toughness. Ultimately, the choice between the two materials depends on the specific requirements of the application in terms of wear resistance, impact resistance, and overall durability.
Hardox is a special alloy steel which is highly durable. It is usually preferred in manufacturing of tools.
The density of Hardox, a type of abrasion-resistant steel, is approximately 7.8 g/cm³.
dear sir Please my requirement of hardox 400 plate at weight 6000X2000X 10 MM
The density of Hardox 500 plate is typically around 7.85 g/cm³, which is the same as the density of regular mild steel.
Equivalent of Hardox 400: BRINAR 400, FORA, DILIDUR
The weight of a 20mm thick Hardox plate measuring 2320mm x 1570mm can be calculated using the formula: Weight = Length (m) x Width (m) x Thickness (m) x Density (kg/m^3). Assuming the density of Hardox material is around 7850 kg/m^3, the weight of this specific plate would be approximately 176.35 kg.
There is no equivalent of Creusabro® 8000 in Hardox. Creusabro® 8000 got the advantage of special metalurgical structure (chromium and molybdenum microcarbides) and efficient work hardening capability in service, coming from a metallurgic effect called TRIP effect (TRansformation Induced by Plasticity). Creusabro® 8000 contains retained austenite, which is transformed into very hard fresh martensite under the action of local plastic deformations. TRIP effect also participates in the delay of chip removal from the steel on exposure to abrasive particles.
St 37: tensile strengh = 370 N/mm 2 (newtons/mm sq.) St 42: tensile strength = 420 N/mm 2
Magnesium in air burns at a very high temperature. I suppose burning a mix of aluminum powder and FerroOxide will create same type of "slow" burning effect, allthough it is hard to set off. A strip of magnesium would be helpfull just to start it burning. In any case. Dont even think of doing an experiment with Aluminum and FerroOxide inside. Depending on amount of it, it will burn a hole through a concrete floor. It will burn a hole through a steel pan in seconds. Even burn a hole through a 6 cm thick plate of pure Hardox Steel. It is more commonly known as Thermite :-)