About Industrial Roller Bearings
We are a remarkable exporter and supplier of excellent quality Industrial Roller Bearings. Our offered bearings are used in industrial machines, automobiles, electrical and home appliances for reducing the frictional force. Provided in variety of finishes and sizes to meet the enormous requirements of the clients, these bearings are manufactured using premium quality raw material and ultra-modern technology under the direction of vendors dexterous professionals. Furthermore, our clients can purchase these Industrial Roller Bearings from us at highly competitive prices
Features:
- Reduced maintenance costs and more compact design
- Anti-corrosive that assure its durability
- Application specific design which assures easy installation
- Unprecedented endurance and high limiting speeds
- Impeccable finish and dimensional accuracy
- Excellent protection against the accidents due to high pressure environment
- Sturdiness and excellent performance
Engineered for Performance and ReliabilityDesigned according to rigorous DIN standards and featuring ISO P5 tolerance, our cylindrical roller bearings ensure precise operation in heavy-duty industrial environments. The double-row structure and high-grade alloy steel construction offer robust load support and superior resistance to wear, making them perfect for high-demand settings where performance matters most.
Advanced Features for Industrial NeedsWith pre-lubricated grease and polished finish, these bearings are optimized for minimal maintenance and excellent lifespan. Their high corrosion resistance and metal-shielded seals make them suitable for challenging environments, protecting against contamination and extending operational durability.
FAQs of Industrial Roller Bearings:
Q: How should the industrial roller bearings be installed in heavy machinery?
A: These bearings are designed for press fit mounting, ensuring secure and precise placement in heavy machinery or industrial equipment. Ensure that the housing is clean and properly sized to the 50 mm inner diameter, following standard press-fit procedures to avoid bearing damage.
Q: What advantages does the pre-lubricated, grease-filled design provide?
A: The pre-lubricated, grease-filled bearings minimize initial maintenance requirements and ensure optimal performance from first use. This feature promotes consistent lubrication, reducing friction, wear, and downtime, particularly beneficial for continuous or high-load applications.
Q: When should the roller bearings be replaced or serviced?
A: These bearings are built for high endurance with a dynamic load rating of 5900 kN and high corrosion resistance. Even so, regular inspectionespecially under severe conditions or after exposure to limiting speeds of 4200 RPMis recommended. Replace or service when abnormal noise, increased vibration, or visible damage occurs.
Q: Where can these roller bearings be used most effectively?
A: Optimally suited for demanding environments, these industrial roller bearings are ideal for use in heavy machinery, industrial processing equipment, and high-load conveyor systems, especially where precision, durability, and high corrosion resistance are paramount.
Q: What makes the double-row cylindrical roller structure beneficial?
A: The double-row design offers enhanced load distribution and greater rigidity compared to single-row bearings. This improves load capacity (up to 4800 kg) and operational stability, especially under heavy-duty or shock-load conditions, making them suitable for high-stress industrial applications.
Q: How does the metal-shielded seal contribute to bearing longevity?
A: Metal-shielded seals protect the internal mechanism from contaminant ingress while retaining lubrication. This extends the bearings operational lifespan by preventing dust, moisture, and debris from compromising the inner components, essential for harsh industrial settings.
Q: What is the main benefit of using high-grade alloy steel in these bearings?
A: High-grade alloy steel ensures excellent strength, wear resistance, and durability. It enables the bearing to maintain performance under high loads and elevated temperatures (up to +150C), making them highly reliable in rigorous industrial environments.