Tiscral and AR400 plates both offer excellent wear resistance and durability, but there are subtle differences in their properties. Tiscral plates have a higher yield strength compared to AR400, as well as superior toughness and impact strength. Tiscral plates require preheating before welding, while AR400 can be welded without preheating treatment. When it comes to corrosion resistance, however, the difference between them is minimal, so either would provide adequate protection from that standpoint. Ultimately, the choice between them should depend on your specific application needs and required properties for the job itself.
What are Tiscral Plates?
Tiscral Plates are steel plates produced and supplied by the Tisco Limited Steel Company. These plates are manufactured using high-grade raw materials from the industry’s most reliable and trusted vendors. This ensures that each Tiscral Plate has a uniformity of quality, strength, and stability. These plates come in various sizes and shapes, with their thickness ranging from 3mm to 200mm. Their superior construction allows them to be used in various heavy engineering projects such as bridges, oil refineries, boilers, power plants etc., due to their ability to withstand high temperatures and pressure while providing excellent corrosion-resistant properties. They also find many applications in automotive industries for manufacturing automobile components like panels, exhaust systems, etc., and construction activities in building frames or other structures for load-bearing purposes. In short, Tiscral Plates offer endless possibilities across numerous fields due to its impressive strength-to-weight ratio!
What are AR400 Plates?
AR400 plates are abrasion-resistant steel plates that have been hardened and strengthened to resist wear. Typically, this grade of steel is used for applications such as mining equipment, conveyor belts, or dump truck beds where there is high impact and abrasion associated with the material. The special composition of the plate makes it ideal for these high-impact situations, as it can withstand great amounts of stress from heavy machinery without damage or deformation. In addition to its hardness and strength benefits, AR400 plates also offer excellent corrosion resistance due to their high chromium content. This makes them suitable for most industries where exposure to environmental contaminants could be an issue.
Difference Between of Tiscral Plates and AR400 Plates
Composition
Tiscral plates are made of low-carbon steel with a high manganese content. They are designed to withstand high impact and abrasive wear. AR400 plates, on the other hand, are made of high-carbon alloy steel. They are known for their superior hardness, toughness, and wear resistance. While both plates are ideal for heavy-duty equipment, the composition of each plate provides unique benefits for specific applications.
Hardness
AR400 plates have a higher hardness rating than Tiscral plates. Tiscral plates measure between 200 and 240 Brinell hardness, while AR400 plates measure between 380 and 420 Brinell hardness. The higher hardness of AR400 plates gives them superior durability and wear resistance, making them ideal for applications that involve high-impact and abrasive wear. Tiscral plates, on the other hand, are excellent for applications that involve moderate impact and abrasive wear.
Weldability
Tiscral plates are known for their excellent weldability. They can easily be welded using traditional welding techniques without preheating, making them ideal for repairing machinery and equipment. AR400 plates, on the other hand, require preheating and special welding techniques, such as low hydrogen welding, to achieve good welding results. This makes welding AR400 plates more complex than welding Tiscral plates.
Cost
The cost of Tiscral plates is generally lower than that of AR400 plates. This is because Tiscral plates are made of low-carbon steel, a less expensive material. AR400 plates, however, are made of high-carbon alloy steel, which is a more expensive material. The difference in cost between the two plates can be significant depending on the size and quantity required.
Applications
Tiscral plates, such as mining and construction equipment, are ideal for applications involving moderate impacts and abrasive wear. They are also used in bucket liners, sandblast nozzles, and excavator buckets due to their excellent resistance to wear and abrasion. AR400 plates, on the other hand, are ideal for applications that involve high-impact and abrasive wear, such as in dump truck bodies, excavator buckets, and bulldozer blades.
Conclusion:
In summary, Tiscral and AR400 plates are ideal for heavy-duty applications requiring strength, durability, and wear resistance. The choice between the two plates ultimately depends on your business’s specific application and requirements. Tiscral plates are best for applications that involve moderate impact and abrasive wear, while AR400 plates are best suited for high-impact and abrasive wear applications. With this comparison, we hope you can make informed decisions when choosing between Tiscral and AR400 plates for your business needs.