Elastic steel wire retaining ring for holes

Elastic steel wire retaining ring for holes

Elastic steel wire retaining ring for holes

GB/T 893 - Grade B - 304 Stainless Steel - White Finish (Natural Color)

Product Details

Standard Number: GB/T 893.1
Performance Grade: Grade B
Material: 304 Stainless Steel
Surface Treatment: White Finish (Natural Color)
Specification Range: Customization is supported for bore diameter and retaining ring wire diameter specifications

Product Specifications

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

Product Description

Product Overview

This product is a Grade B bore elastic wire retaining ring complying with the national standard GB/T 893.1, manufactured from 304 stainless steel with a white finish (natural color) surface treatment. It is precisely coiled from round stainless steel wire and clamped into the groove inside the bore by its elasticity, providing reliable axial positioning and fixation for components such as bearings and gears.

Core Advantages

  1. Excellent Corrosion Resistance: 304 stainless steel material provides outstanding rust and corrosion resistance, suitable for humid, clean or corrosive environments.
  2. Elastic Locking: With the elasticity of the wire, it can be firmly clamped into the bore groove, effectively bearing axial force and preventing part movement.
  3. Compact Structure: The round cross-section design requires small axial installation space, which is conducive to the lightweight and compact design of equipment.
  4. Economical and Durable: The stainless steel matrix combined with a simple structure provides long service life and high cost performance while meeting performance requirements.
  5. Customization Supported: Customization of various bore diameter and wire diameter specifications is available to meet different design needs.

Applicable Industries

  1. Medical Devices and Diagnostic Equipment: Non-magnetic positioning and hygienic protection of bearings for precision equipment such as medical imaging equipment (MRI, CT), surgical robots, and analytical instruments.
  2. Food, Beverage and Pharmaceutical Machinery: Corrosion-resistant bearing positioning for transmission systems of hygienic equipment such as filling equipment, mixing machinery, and packaging production lines.
  3. Precision Optical and Electronic Instruments: Precise positioning of bearing seats in scenarios with strict anti-magnetic requirements such as laser equipment, optical platforms, and precision measuring instruments.
  4. Industrial Automation and Robots: Compact bearing fixation for core transmission components such as precision linear modules, servo motors, and small robot joints.
  5. Automotive Parts and Motors: Corrosion-resistant bearing positioning for components such as new energy vehicle drive motors, sensor modules, and small actuators.
  6. High-End Home Appliances and Special Electrical Appliances: Hygienic protective positioning for transmission systems of special environment equipment such as food processing appliances and professional audio-visual equipment.
  7. Semiconductor and Clean Room Equipment: Bearing positioning for transmission devices in clean rooms, wafer transfer systems and other environments requiring corrosion and pollution resistance.

Warm Tips

  • Please ensure that the size of the bore groove matches the retaining ring specification accurately to ensure that the retaining ring can be fully clamped and provide sufficient locking force.
  • It is recommended to use a special bore retaining ring pliers during installation, and press the retaining ring into the groove with uniform force to avoid deformation or improper installation due to uneven force.

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