Thép Hardox® HiAce cho môi trường nhiệt độ cao

Many industrial applications combine three major challenges: abrasive materials, elevated temperatures and corrosive environments. Hardox^® HiAce steel is specifically designed to handle this demanding combination.

If you need to build heavy equipment that has to resist wear while operating at high temperatures, Hardox^® HiAce provides a durable solution. While traditional quenched and tempered steels experience significant hardness loss at temperatures of 300-500 °C (about 570-930 °F), this high temp metal maintains its strength and hardness to help extend the service life of costly equipment. 

At the same time, Hardox^® HiAce offers corrosion resistance that helps protect components exposed to aggressive process environments. This makes it ideal for applications where hot materials, wear and chemical attack occur at the same time.

The outstanding performance of this heat-resistant steel is achieved through high-quality raw materials combined with a carefully controlled manufacturing process. And in your workshop, Hardox^® HiAce can be cut, welded, machined and cold formed using the same equipment as other Hardox^® grades and conventional AR steel.

Abrasive and hot materials – such as asphalt, foundry sand and cement clinker – place extreme demands on industrial equipment and truck bodies. In truck bodies that handle hot bulk materials, Hardox^® HiAce allows for thinner plates in the floor and sides, which increases payload capacity while maintaining durability. Plus, the reduced weight also lowers the overall weight of the truck when travelling empty. 

In coking plant equipment, Hardox^® HiAce provides a cost-effective, long-lasting steel solution in:

• Coke ramps
• Quenching wagons
• Cooling beds
• Tippers
• Furnace inlet scrapers
• Other heat-affected equipment in process industries. 
  
  

In short, Hardox^® HiAce makes a strong choice wherever high wear resistance and structural strength are needed in high-temperature environments.

Hardox^® HiAce is well suited for applications involving moderate abrasive wear, high temperatures and corrosive conditions, especially in industries like steel, cement, asphalt, power generation and recycling. 

Typical applications for this high temp steel include:

• Dryer drums and lifter plates inside dryers in asphalt plants
• Clinker cooler plates and other liner plates in cement plants 
• Blast furnace components and slag buckets in steel plants
• Rotary seal valves in coke plants
• Ash handling equipment and chain conveyers in power plants
• Scrapers, screeners and liner plates in foundries
• Liner plates, crusher hammers for gypsum and clinker

• Corrosion-resistance helps extend service life in aggressive environments and reduce maintenance requirements 
• High toughness makes it suitable for rapid temperatures changes or freezing conditions without cracking
• Resists deformation, buckling and cracking at elevated temperatures
• Allows thinner plates for lower equipment weight, higher payload capacity and prolonged service life
• Easily cold formed using conventional methods 
• Helps reduce maintenance, downtime and operating costs while improving safety 
• Can be cut, welded and machined using the same equipment as other Hardox^® grades and conventional AR steel.