Double-layer hole circlip

Double-layer hole circlip

Double-layer hole circlip

GB/T 896 - Grade A - Ordinary Carbon Steel - Black Oxide

Product Details

Standard Number: GB/T 896.1
Performance Grade: Grade A
Material: Carbon Steel
Surface Treatment: Black Oxide
Specification Range: Customization is supported for bore diameter specifications

Product Specifications

Detailed product specifications can be customized according to customer requirements, including bore diameter, inner diameter, outer diameter, thickness and other key parameters.

Product Description

Product Overview

This product is a bore elastic retaining ring complying with the national standard GB/T 896.1, manufactured from carbon steel and subjected to black oxide surface treatment. It features a reasonable structural design, ensuring reliable performance. With good elasticity and corrosion resistance, it provides stable axial positioning for components in various industrial scenarios, and supports customization to meet diverse application needs.

Core Advantages

  1. High Load-Bearing Capacity: The unique double-layer overlapping structure enables it to bear greater axial force and impact load compared with single-layer retaining rings.
  2. Safe and Anti-Loosening: The double-thickness design ensures more firm fixation, effectively preventing axial movement of parts in vibrating environments.
  3. Convenient Installation: Like standard bore retaining rings, it can be easily installed and disassembled with circlip pliers, facilitating maintenance.
  4. Durable and Rust-Proof: The black oxide surface provides good corrosion resistance, extending the service life.
  5. Customization Supported: Customization of various bore diameter specifications is available to meet the special needs of heavy-duty equipment.

Applicable Industries

  1. Heavy-Duty Machinery Equipment: High-load axial positioning of large bearing seats of heavy equipment such as mine crushers, metallurgical rolling mills and port cranes.
  2. Construction Machinery and Vehicles: Heavy-load bearing fixation of key parts such as excavator slewing bearings, heavy-duty truck hubs and large engineering vehicle gearboxes.
  3. Wind Energy Equipment: Heavy-duty axial positioning of core transmission parts such as main shaft bearing seats and gearbox systems of wind turbines.
  4. Industrial Transmission Systems: Bearing positioning of equipment such as large reducers, heavy-duty gearboxes and industrial presses that bear severe impact loads.
  5. Petrochemical Equipment: Heavy-load bearing fixation of equipment such as oilfield drilling and production equipment, large compressors and heavy-duty pumps and valves in corrosive environments.
  6. Rail Transit Equipment: High-strength axial limiting of key transmission parts such as locomotive transmission systems and heavy-duty rail vehicle gearboxes.
  7. Heavy-Duty Conveyor Systems: Heavy-load positioning of drum bearings of heavy-duty conveyor machinery such as mine belt conveyors and large loading and unloading equipment.

Warm Tips

  • Please ensure that the bore groove for installing the retaining ring has sufficient width and depth to accommodate the thickened retaining ring and ensure its normal operation.
  • Due to the increased thickness of the retaining ring, please use a special extended bore circlip pliers during installation and apply force evenly to ensure it is fully clamped into the groove.

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