Circlip for Bore Hole | Standard J Shape DIN 472 | Spring Steel | Phosphated & Oiled | @Pack of 25 | by Wurth
Circlip for Bore Hole designed in a standard J shape according to DIN 472, made from durable spring steel with a phosphated and oiled surface for enhanced corrosion resistance. Ideal for mechanical assemblies, automotive, and industrial applications, this circlip ensures secure retention of components in bores and grooves, making it a reliable choice for professionals.
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Product Name/Title: Circlip for Bore Hole | Standard J Shape DIN 472 | Spring Steel | Phosphated & Oiled | @Pack of 25 | by Wurth
Brand: Wurth
SKU: 4398
Alternatively Known As: Bore Hole Circlip, DIN 472 Circlip, Spring Steel Retaining Ring, J Shape Circlip
- Suitable for holes: 8 mm
- Suitable for groove diameter: 8.4 mm
- Outer diameter (d1): 8.7 mm
- Eye width (a1): 2.4 mm
- Width (b1): 1.1 mm
- Thickness (s1): 0.8 mm
- Standards: DIN 472
- Material: Spring steel
- Surface: Phosphated and oiled
- Design: Standard design
- Form: J
- RoHS-compliant: Yes
- Dimensions (H x L x W): 1.1mm x 8.7mm x 8.7mm
- Weight: 0.02 kg
- Standard design circlip in shape J according to DIN 472
- Made from durable spring steel
- Phosphated and oiled surface for corrosion resistance
- RoHS-compliant ensuring environmental safety
- Installation should be performed by a qualified technician familiar with circlip fitting tools to ensure secure placement and safety.
- Mechanical assemblies requiring secure retention of components on shafts or in bores
- Automotive, machinery, and equipment manufacturing
- General industrial use for securing parts in grooves
- Complies with AS/NZS 1170 – Structural Design Actions (Wind, Earthquake, Snow Loads)
- RoHS-compliant material reduces hazardous substances
- Durable spring steel construction extends product life and reduces waste
Standard manufacturer warranty against defects applies.
Wurth Circlip for bore hole standard version shape J DIN 472 is available for immediate purchase, ideal for mechanical and industrial applications requiring secure component retention.
