TU-HT
Awwa Technologies is a notable high temperature bushes manufacturers in Bangalore. TU-HT Bush is specifically engineered for applications that demand reliable operation under elevated temperature conditions. They are manufactured using carefully selected materials and advanced production techniques, the bush maintains its structural integrity and performance characteristics even when exposed to continuous thermal stress. The optimized bearing surface promotes smooth operation and reduced friction, helping improve overall equipment efficiency. Its robust design ensures dependable performance while minimizing wear and maintaining dimensional stability throughout extended operating cycles. Every TU-HT Bush is produced under strict industrial standards to deliver consistent and reliable results..
The TU-HT, high temperature bushes is designed to provide exceptional durability and operational reliability in environments where temperature resistance is a critical requirement. Its advanced construction helps maintain bearing effectiveness while reducing the risk of performance degradation over time. Precision manufacturing ensures accurate dimensions, superior surface finish, and consistent product quality. As a leading manufacturer of TU-HT Bushes, it delivers long-lasting performance, enhanced reliability, and dependable operation in challenging conditions.
High Performance Self-Lubricating Bearings
The available products made in HT-316 are the plain bearings (Bush) ISO 3547 (DIN 1494), thrust washers and strips on customer drawings.
HT-316 material can also be manufactured in:
High load capacity in low temperature
Self-lubricating
Low static and dynamic friction factors
Minimum wear and excellent life service
Easy to mount
High chemical inertia
| Sliding layer | HT coating | 50 microns (Thickness) |
|---|---|---|
| Supporting cell | SS 316 | 0.85-3mm Max.(depending on dimension of the bearing) |
| Max. Load | Static Very low speed Rotating oscillating |
250N/mm2 140N/mm2 60N/mm2 |
| Max. PV dry running | Short term operation Continuous operation |
3.6 N/mm2*m/s 1.8N/mm2*m/s |
| Temp. Limit | -180 to +480 Max. | |
| Friction co-efficient | 0.03~0.20 | |
| Max speed | Dry running Hydrodynamic operation |
2m/s >2m/s |
| Thermal conductivity | 42W (m*K)-1 | |
| Coefficient of thermal expansion | 11.10k-1 |