1. Outstanding Mechanical Properties

• Tensile Strength (53 MPa): The highest among all materials, demonstrating excellent performance under tensile loads.
• Compressive Strength (50.6 MPa): Also the highest, making it suitable for applications requiring high structural support.
• Compression Modulus (1000 MPa): The highest compression modulus further enhances its stability under stress.

2. Balanced Hardness and Toughness

• Shore Hardness (75~83°): Higher than TSTN, providing a balanced combination of wear resistance and flexibility
• Notched Impact Strength (70 kJ/㎡): Relatively high impact strength, showcasing good toughness.

3. Low Water Absorption

• Saturated Water Absorption (1%) and Long-Term Water Absorption (0.9%): Low water absorption ensures stable performance in humid environments, outperforming TSTN and hRBR in this aspect.

4. Superior Load-Bearing Capacity

• Maximum Load Capacity under Low-Speed Oscillation (55 MPa): Significantly higher than other materials.
• Maximum Load Capacity for Continuous Operation (30 MPa): Ensures reliability during long-term use.

5. Excellent Wear Resistance

• Relative Volume Wear (215 mm³): Although slightly less competitive in this metric, it strikes a good balance between hardness and wear resistance.
• Dynamic Friction Coefficient (0.05~0.15 in water): Exhibits excellent friction performance in water, reducing wear and tear.

6. Wide Temperature Adaptability

• Maximum Operating Temperature (110°C in dry conditions, 70°C in water): Suitable for various industrial environments, including high-temperature applications.

So, UNIV material stands out for its high strength, low water absorption, moderate hardness, and excellent wear resistance, making it ideal for complex applications with high loads and fluctuating humidity. Particularly, its outstanding tensile and compressive performance makes it well-suited for environments demanding high mechanical strength and long-term stability.

Product Details

INDRON® UNIV Applications

INDRON® UNIV is utilized for Guide Vane, Connecting Rod, and Regulating Ring Bushings. Compared to traditional copper-based mosaic graphite bearings, INDRON® bearings offer a larger contact area and eliminate the need for lubricating oil. The metal-based cladding provides effective protection for shaft necks, reducing wear and tear. Additionally, INDRON® Guide Vane, Connecting Rod, and Regulating Ring Bushings efficiently absorb vibrations caused by the opening and closing of guide vanes, minimizing the risk of cracking under impact.

• Rigid, tough and wear-resistant, suitable for impulsive and vibrating loads, maintenance-free.
• Bonding of long-termed lubricative particles, stable lubricating effects, low friction and wear.
• Effective protection of the shaft neck due to full coverage of the shaft neck.
• A homogeneous self-lubricating material with reliable performances.

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