
steel support
Steel supports are particularly suitable for construction in high-temperature environments and can withstand the high temperature changes in high-temperature working environments. They are suitable for supporting needs in high-temperature production envir...
Steel supports are particularly suitable for construction in high-temperature environments and can withstand the high temperature changes in high-temperature working environments. They are suitable for supporting needs in high-temperature production environments such as steel plants, cement plants, and metallurgical plants. The support system adopts materials that are particularly resistant to high temperatures (based on actual reports), and it is confirmed that the structural stability can still be maintained at high temperatures
Technical parameters:Material: High temperature heat-resistant steel
Surface treatment: High temperature protective coating
Adjustment range: 2m-5m
Bearing capacity: 50kN-100kN
Weight: 45kg (single)
Working temperature: 200 ° C~600 ° C
Application case: In a construction project of a steel plant, adjustable steel supports for high-temperature environments were applied as temporary supports in the high-temperature furnace area. Due to the high-temperature resistant (based on actual reports) coating and special design, the support system remains stable in long-term high-temperature environments, confirming its safety and stability during construction
Advantages: High temperature resistance (based on actual reports), suitable for high-temperature construction environments High strength steel, confirmed to be able to stably support at high temperatures Special coating protection extends the service life of the supportUsage and maintenance:
When using, confirm that the support system is fully installed and adjusted to the appropriate height Regularly check the condition of high-temperature resistant coatings (based on actual reports) to avoid coating peeling or damage in long-term high-temperature environments Monitor the temperature changes in the construction environment and confirm that the support does not exceed its maximum bearing temperature