Product Details: Steel Wire Retaining Ring
GB/T 895.2 - Grade A - Grade 6.8 - Q235 Carbon Steel - Ferric Oxide (Fe₃O₄) Protective Film
Product Details
Standard No.: GB/T 895.2
Performance Grade: Grade A
Material: Q235 Carbon Steel
Surface Treatment: Ferric Oxide (Fe₃O₄) Protective Film (Blueing/Blackening)
Specification Range: Customizable specifications for shaft diameter and retaining ring wire diameter
Product Specifications
(Note: Please fill in specific specification parameters such as shaft diameter, wire diameter, etc., according to actual needs)
Product Description
Product Overview
This product is a Grade A steel wire retaining ring compliant with the national standard GB/T 895.2. Manufactured from Q235 carbon steel, it forms a dense ferric oxide (Fe₃O₄) protective film on the surface (blueing treatment), which effectively prevents rust. The product is precisely formed from round steel wire and snaps into the shaft groove through its own elasticity, providing economical axial positioning for bearings and other components.
Core Advantages
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Economical and Practical: Simple structure and low manufacturing cost, providing a cost-effective axial fixation solution for light-duty applications.
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Easy Installation: Adopting a steel wire structure, it is light in weight and good in elasticity, facilitating installation and disassembly by hand or special tools.
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Effective Rust Prevention: The surface ferric oxide (Fe₃O₄) protective film can effectively prevent short-term rust, meeting the use requirements of general environments.
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Space-Saving: With a circular cross-section, it requires small axial and radial installation space, suitable for compact design.
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Customizable: Supports customization of various shaft diameter and wire diameter specifications to meet different structural needs.
Applicable Industries
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General Mechanical Equipment: Axial positioning of bearings and gears in general mechanical transmission components such as gearboxes, transmission shafts, pumps, valves, and reducers.
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Automotive Components: Shaft end fixation and limiting of small motors in interior systems such as electric window regulators, seat adjustment motors, and wiper motors.
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Industrial Automation: Low-cost bearing positioning of automation transmission components such as stepper motors, timing pulleys, and small linear modules.
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Home Appliances: Axial fixation of transmission mechanisms in household appliances such as washing machine reducers, air conditioning damper motors, and kitchen appliances.
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Office Furniture: Positioning and limiting of movable components in furniture such as office chair lifting mechanisms, drawer slides, and file cabinet hardware.
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General Hardware and Maintenance Market: Standard axial positioning parts for maintenance and replacement of various transmission equipment.
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Light Agricultural Machinery: Internal bearing positioning of indoor and outdoor general equipment such as small agricultural machinery gearboxes and garden tools.
Warm Tips
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Please ensure that the groove size of the shaft matches the retainer ring specification accurately, and the groove depth should ensure that the retainer ring will not easily come off after being in place.
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Please pay attention to the force during installation to avoid permanent deformation of the retainer ring caused by excessive expansion, which will affect its elasticity and fixing effect.