✅Application: Suitable for single-axis photovoltaic tracking systems driven by octagonal tubes and square tubes. The spherical and wedge assembly are more suitable for complex terrain and harsh weather conditions.

✅Self-aligning Capability: The inner hole of the spherical bearing is designed with a spherical shape, allowing the bearing to automatically adjust angular deviations within a 5° range. When there is installation error (such as parallelism deviation) between the shaft and bearing, the spherical design compensates automatically, preventing bearing jamming

✅Adaptability to Complex Terrain: In cases where misalignment occurs due to complex terrain, the spherical bearing can effectively alleviate uneven load distribution on the bearing. Traditional bearings require high installation precision, while the spherical bearing reduces installation difficulty. It can be installed without precise alignment, simply by naturally fitting the spherical design, saving more than 50% of the installation time compared to conventional bearings.

✅Self-Lubricating: Made of modified reinforced plastic material, the bearing is lightweight with a low friction coefficient. Its self-lubricating properties can save on long-term maintenance costs.

✅Corrosion Resistance: In addition to the inherent acid and alkali resistance of the plastic material, antioxidants and UV-resistant additives are incorporated, allowing the bearings to be used long-term in high-temperature, sun-exposed, cold and humid, and corrosive environments, preventing metal corrosion.

✅Low Noise: The bearing can absorb vibrational energy, reducing mechanical noise.

✅Integrated Injection Molding: Offering lower cost and higher accuracy, improving overall system efficiency.