Views: 2 Author: Site Editor Publish Time: 2025-03-25 Origin: Site
The steel and metallurgy industry operates under extreme conditions, with equipment subjected to high temperatures, high pressures, and heavy dust exposure. Traditional sealing components often suffer from aging, wear, or failure in such harsh environments, leading to lubricant leakage, bearing damage, and even production safety risks.
The V-type shaft fabric-reinforced oil seal assembly is specifically designed for metallurgical equipment. With its reinforced fabric structure, it offers exceptional resistance to high temperatures, high pressures, and dust contamination, ensuring optimal sealing performance. This seal effectively prevents lubricant leakage, protects critical components, and ensures stable operation of equipment in extreme environments.
Made from heat-resistant rubber materials such as FKM (fluororubber), VMQ (silicone rubber), or HNBR (hydrogenated nitrile rubber), capable of withstanding continuous temperatures above 300°C.
Ideal for high-temperature furnace areas, rolling mills, and high-temperature bearing systems, ensuring that the seal does not soften, deform, or fail under extreme heat.
Excellent thermal oxidation resistance, preventing material degradation caused by high temperatures and extending the seal’s lifespan.
The fabric-reinforced structure enhances mechanical strength and pressure resistance, making it suitable for high-load and high-pressure environments.
Resistant to hydraulic shocks, preventing seal failure due to pressure fluctuations, thereby improving equipment stability.
Suitable for high-pressure hydraulic cylinders, main rolling mill bearings, and high-pressure pump shafts, ensuring stable operation.
Features a multi-lip sealing structure, effectively blocking dust, metal shavings, and oxide scale from entering the sealing system, preventing contamination.
Wear-resistant fabric reinforcement enhances impact resistance against abrasive particles, adapting to intense dust exposure in steel production environments.
Maintains excellent sealing performance even in blast furnaces, continuous casting machines, and hot and cold rolling mills, where dust concentration is extremely high.
High-durability rubber materials combined with high-strength fiber fabric layers ensure low friction and minimal wear, even in high-speed operations.
Optimized sealing lip design reduces friction, minimizes heat generation, and enhances operational efficiency.
Ideal for metallurgical bearing seals, rolling mill guide rollers, and cooling system shaft seals, which operate under prolonged high loads.
Compatible with various shaft sizes, accommodating large diameters, high speeds, and heavy loads in bearing sealing applications.
Suitable for both oil lubrication and grease lubrication systems, improving lubrication efficiency while preventing environmental contamination.
Easy to install and maintain, reducing unexpected downtime and increasing overall production efficiency.
The V-type shaft fabric-reinforced oil seal assembly is manufactured using high-performance materials and advanced technology to ensure exceptional sealing performance in metallurgical environments:
Sealing Rubber Materials:
FKM (Fluororubber): High-temperature and corrosion resistance, ideal for extreme heat and pressure applications.
VMQ (Silicone Rubber): High heat resistance and aging resistance, suitable for high-temperature but low-pressure environments.
HNBR (Hydrogenated Nitrile Rubber): Excellent oil and wear resistance, designed for high-pressure hydraulic systems.
Fabric Reinforcement Layer: Constructed from high-strength fiber fabric, improving tear resistance, wear resistance, and overall structural stability.
Optimized Sealing Lip Design: Specially engineered to enhance sealing effectiveness, reduce friction, and improve operational efficiency.
The V-type shaft fabric-reinforced oil seal assembly is widely used in various critical metallurgical equipment, including but not limited to:
Rolling Mills: Sealing for rolling mill bearings, high-speed rollers, and guide rollers to prevent lubricant leakage and iron dust contamination.
Steelmaking Equipment: Seals for continuous casting machines, furnace bottom mechanisms, and converter rotation systems, providing high-temperature and dust resistance.
High-Temperature Furnace Areas: Sealing for heating furnaces, annealing furnaces, and sintering equipment, preventing gas and dust intrusion.
High-Pressure Hydraulic Systems: Used in hydraulic pumps, rolling mill hydraulic cylinders, and servo systems, ensuring leak-free high-pressure operation.
Ensure that the shaft surface is free of burrs, dirt, or damage to maintain optimal sealing performance.
Inspect the oil seal for any signs of wear, aging, or deformation before installation.
Use specialized installation tools to prevent deformation or damage to the seal.
Ensure that the sealing lip makes full contact with the shaft surface for maximum sealing efficiency and to prevent lubricant leakage.
Periodically inspect the sealing condition to prevent leaks caused by aging or wear.
Replace any damaged seals promptly to ensure continuous equipment stability and reduce unplanned downtime.
✅ High-Temperature Resistance – Withstands over 300°C, ideal for rolling mills, furnaces, and high-heat applications.
✅ High-Pressure Resistance – Fabric-reinforced design ensures durability under heavy loads and high-pressure conditions.
✅ Dust and Contaminant Protection – Multi-lip design prevents dust, iron filings, and oxide scale from entering the seal.
✅ Superior Wear Resistance – Advanced rubber and fabric materials minimize friction and extend service life.
✅ Wide Applicability – Compatible with various metallurgical equipment and lubrication systems.
✅ Reduced Maintenance Costs – Longer lifespan reduces replacement frequency, improving production efficiency.
The V-type shaft fabric-reinforced oil seal assembly is the ideal sealing solution for metallurgical equipment operating under extreme conditions. With its exceptional resistance to high temperatures, high pressures, and dust, it effectively prevents lubricant leakage, protects critical equipment components, enhances operational efficiency, and reduces maintenance costs.
Thanks to its outstanding durability, heat resistance, and contamination protection, this product provides a reliable sealing solution for the steel and metallurgy industry, ensuring stable, efficient, and long-lasting equipment performance.
