What is a Guide Vane Sleeve in a Hydro Bearing System?

In hydro turbines, particularly Kaplan and Francis types, the guide vane sleeve is a key component of the hydro bearing system. It provides rotational support, reduces friction during vane movement, and protects the shaft neck from wear. Traditional copper-based graphite mosaic bearings have long served this purpose — but INDRON® non-metallic guide vane sleeves offer a superior alternative.

Why Choose INDRON® Guide Vane Sleeves?

Our INDRON® guide-vane, connecting-rod, and regulating-ring bearings are specially engineered to meet the rigorous demands of hydroelectric power systems.

• Oil-free operation: No lubricating oil is needed, reducing maintenance and environmental impact.

• Full contact coverage: Larger bearing-to-shaft contact area than copper-based graphite sleeves.

• Metal cladding option: Enhances protection for the shaft neck against wear.

• Superior shock and vibration resistance: Effectively cushions impacts during the opening/closing of guide vanes, preventing cracks and mechanical fatigue.

Products Details

Core Material Benefits of INDRON®

• Rigid and tough: Withstands impulsive and vibrating loads.

• Maintenance-free: Built-in long-term lubricating particles.

• Low-friction, low-wear: Offers stable self-lubrication in both dry and wet environments.

• Full shaft-neck coverage: Prevents abrasion and extends service life.

• Homogeneous material structure: Reliable and stable performance throughout its lifecycle.

Who Is Techemer Factory?

Our company will take integrity, quality first, customer first and first-class service as its tenet.

Certification

	ISO CERTIFICATE	CERTICATE OF WORKS APPROVAL

Proven Performance in the Field

In 2016, ZHEFU Holding Group Co., Ltd. selected INDRON® integral type non-metallic bearings for guide vane, connecting rod, and regulating ring applications in Units #1 to #3 of the Nam Tha 1 Hydropower Project. Since installation, performance has been stable, with reduced maintenance needs and extended service intervals.

Welcome to Contact Us!