The heat-resistant steel material tray is specially designed for scenarios ranging from 800℃ to 1200℃.

Precisely addressing these pain points is the “anti-manufacturing accessory” for high-temperature production lines.

Choose the right one, and the service life of the material tray can be extended by 3 to 5 times.

Save 40,000 to 80,000 yuan in replacement costs every year.

It can also ensure the quality of the workpiece.

Avoid production accidents.

I. Four Core Advantages of Heat-Resistant Steel Material Trays

High-temperature resistant without softening: Does not deform at high temperatures.

Corrosion-resistant and rust-free: A dense oxide film forms on the surface at high temperatures.

High load-bearing capacity and sufficient toughness: The material takes into account both high-temperature rigidity and toughness.

Strong customization and adaptability: Adaptable to diverse needs from laboratories to factories.

Ii. Five Precise Application Scenarios for Heat-Resistant Steel Material Trays

Metal heat treatment: Ensure uniform heating of the workpiece.

Metallurgical industry: Facilitating continuous production in metallurgical workshops.

Chemical production: Avoid raw material leakage.

It complies with the safety standards for chemical production.

Building materials sintering: Ensuring the quality of finished building materials.

In the field of new energy: It can withstand high temperatures and has no metal impurities shedding.

Iii. Four Key Criteria for Selecting the Right Heat-resistant Steel Material Tray

Choose the right material based on temperature resistance: Mismatched materials are prone to deformation.

The thickness is determined by the load-bearing capacity: It ensures stable load-bearing and does not consume much space inside the furnace.

To distinguish the quality by observing the craftsmanship: There should be no sand holes or false welds in the weld seams.

The surface is smooth without burrs.

Avoid scratching the workpiece or causing water leakage.

It has a 50% longer service life than the material receiving tray.

Check safety design: Material trays without safety design.

It is prone to tipping over during transportation.

There are potential safety hazards.

It may also damage the equipment.

Ⅳ. Three Practical Tips for Extending the Service Life of Heat-Resistant Steel Trays

Avoid sudden temperature changes: After the material tray is taken out of the high-temperature furnace.

First, let it cool naturally to below 500℃ in the normal temperature zone.

Wash with water or move to a low-temperature area to prevent cracking due to large temperature differences.

Regular inspection and maintenance: Address minor issues early to prevent scrapping.

Clean residual materials: Avoid high-temperature sintering of residual materials. Read More