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FAG 518240A WkBearings low friction for metallurgical rolling mills
Depending on the application, the bearings can be supplied with or without a spacer ring between the two outer rings. They can also be provided as self-contained units with a retaining sleeve fitted over the outer rings. Compared with conventional bearings, these self-contained bearing units with retaining sleeves are characterized by high load capacity and ease of use. The sleeve integrates the inner and outer rings into a single assembly. This design significantly reduces outer ring deformation caused by heavy axial loads, thus optimizing the stress distribution on the rolling contact surfaces and contributing to extended service life. The axial internal clearance is determined by the sleeve. There is no need for spring preloading. The simplified configuration design results in cost-effectiveness and easier installation.
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FAG 804701 WkBearings long life for continuous rolling mills
Depending on the application, the bearings can be supplied with or without a spacer ring between the two outer rings. They can also be provided as self-contained units with a retaining sleeve fitted over the outer rings. Compared with conventional bearings, these self-contained bearing units with retaining sleeves are characterized by high load capacity and ease of use. The sleeve integrates the inner and outer rings into a single assembly. This design significantly reduces outer ring deformation caused by heavy axial loads, thus optimizing the stress distribution on the rolling contact surfaces and contributing to extended service life. The axial internal clearance is determined by the sleeve. There is no need for spring preloading. The simplified configuration design results in cost-effectiveness and easier installation.
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FAG 524209A WkBearings long life for continuous rolling mills
Depending on the application, the bearings can be supplied with or without a spacer ring between the two outer rings. They can also be provided as self-contained units with a retaining sleeve fitted over the outer rings. Compared with conventional bearings, these self-contained bearing units with retaining sleeves are characterized by high load capacity and ease of use. The sleeve integrates the inner and outer rings into a single assembly. This design significantly reduces outer ring deformation caused by heavy axial loads, thus optimizing the stress distribution on the rolling contact surfaces and contributing to extended service life. The axial internal clearance is determined by the sleeve. There is no need for spring preloading. The simplified configuration design results in cost-effectiveness and easier installation.
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FAG 532273 WkBearings long life for continuous rolling mills
Depending on the application, the bearings can be supplied with or without a spacer ring between the two outer rings. They can also be provided as self-contained units with a retaining sleeve fitted over the outer rings. Compared with conventional bearings, these self-contained bearing units with retaining sleeves are characterized by high load capacity and ease of use. The sleeve integrates the inner and outer rings into a single assembly. This design significantly reduces outer ring deformation caused by heavy axial loads, thus optimizing the stress distribution on the rolling contact surfaces and contributing to extended service life. The axial internal clearance is determined by the sleeve. There is no need for spring preloading. The simplified configuration design results in cost-effectiveness and easier installation.
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FAG 536245 WkBearings long life for continuous rolling mills
Depending on the application, the bearings can be supplied with or without a spacer ring between the two outer rings. They can also be provided as self-contained units with a retaining sleeve fitted over the outer rings. Compared with conventional bearings, these self-contained bearing units with retaining sleeves are characterized by high load capacity and ease of use. The sleeve integrates the inner and outer rings into a single assembly. This design significantly reduces outer ring deformation caused by heavy axial loads, thus optimizing the stress distribution on the rolling contact surfaces and contributing to extended service life. The axial internal clearance is determined by the sleeve. There is no need for spring preloading. The simplified configuration design results in cost-effectiveness and easier installation.
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FAG 510687A WkBearings low friction for metallurgical rolling mills
Depending on the application, the bearings can be supplied with or without a spacer ring between the two outer rings. They can also be provided as self-contained units with a retaining sleeve fitted over the outer rings. Compared with conventional bearings, these self-contained bearing units with retaining sleeves are characterized by high load capacity and ease of use. The sleeve integrates the inner and outer rings into a single assembly. This design significantly reduces outer ring deformation caused by heavy axial loads, thus optimizing the stress distribution on the rolling contact surfaces and contributing to extended service life. The axial internal clearance is determined by the sleeve. There is no need for spring preloading. The simplified configuration design results in cost-effectiveness and easier installation.
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FAG 518667 WkBearings long life for continuous rolling mills
Depending on the application, the bearings can be supplied with or without a spacer ring between the two outer rings. They can also be provided as self-contained units with a retaining sleeve fitted over the outer rings. Compared with conventional bearings, these self-contained bearing units with retaining sleeves are characterized by high load capacity and ease of use. The sleeve integrates the inner and outer rings into a single assembly. This design significantly reduces outer ring deformation caused by heavy axial loads, thus optimizing the stress distribution on the rolling contact surfaces and contributing to extended service life. The axial internal clearance is determined by the sleeve. There is no need for spring preloading. The simplified configuration design results in cost-effectiveness and easier installation.
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No. BT4-8039G/HAIVA901 WkBearings high speed for finishing mill standsFour independent outer rings for optimal load distribution.
Outer ring spacers can be with or without lubrication grooves and holes.
Improved surface precision to boost lubrication performance.
Oil grooves machined on both inner and outer end faces of the inner ring to reduce end face wear.
Multi-segment spiral grooves with mixed radii that effectively prevent damage to the roll neck.
Carburized surface components are adopted to improve toughness and extend fatigue life.
Advanced sealing ring design with optimized geometric contact to enhance sealing performance.
Improved roller profile design for better load distribution and reduced edge stress.
Effective sealing at the outer diameter of the outer ring to protect the bearing outer diameter and bearing housing bore from contamination. -
No. EE420800DW/421450 WkBearings high temperature for strip rolling millsDouble-row tapered roller bearings feature rigid back-to-back configuration, factory-calibrated preload/clearance, and excellent tilting moment resistance for heavy-duty scenarios.
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No. HM256849DW.810.810D WkBearings precision grade for cold rolling millsDesigned with four matched tapered roller and raceway assemblies, they deliver exceptional rigidity and high load-bearing performance, making them ideal for heavy machinery applications like rolling mill stands, calenders, and large gearboxes.These bearings feature optimized internal geometry for reduced friction and heat generation, ensuring stable operation even under high-speed and heavy-load conditions. They are available in various configurations (e.g., separable or non-separable designs) to suit diverse installation requirements, and can be customized with special coatings or lubrication for enhanced durability in harsh environments.
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No.2007130 WkBearings long life for continuous rolling mills
Based on differences in contact angles, this type of bearing is classified into three variants: small cone angle, medium cone angle, and large cone angle.
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No.2007132 WkBearings long life for continuous rolling mills
Based on differences in contact angles, this type of bearing is classified into three variants: small cone angle, medium cone angle, and large cone angle.
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No.2007134 WkBearings long life for continuous rolling mills
Based on differences in contact angles, this type of bearing is classified into three variants: small cone angle, medium cone angle, and large cone angle.
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No.2007136 WkBearings long life for continuous rolling mills
Based on differences in contact angles, this type of bearing is classified into three variants: small cone angle, medium cone angle, and large cone angle.
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No.2007138 WkBearings long life for continuous rolling mills
Based on differences in contact angles, this type of bearing is classified into three variants: small cone angle, medium cone angle, and large cone angle.
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No.2007930 WkBearings long life for continuous rolling mills
Based on differences in contact angles, this type of bearing is classified into three variants: small cone angle, medium cone angle, and large cone angle.
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No.2007932 WkBearings long life for continuous rolling mills
Based on differences in contact angles, this type of bearing is classified into three variants: small cone angle, medium cone angle, and large cone angle.
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No.2007934 WkBearings long life for continuous rolling mills
Based on differences in contact angles, this type of bearing is classified into three variants: small cone angle, medium cone angle, and large cone angle.
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No.2007940 WkBearings long life for continuous rolling mills
Based on differences in contact angles, this type of bearing is classified into three variants: small cone angle, medium cone angle, and large cone angle.
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No.27330 WkBearings long life for continuous rolling mills
Based on differences in contact angles, this type of bearing is classified into three variants: small cone angle, medium cone angle, and large cone angle.
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