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John Deere O-Ring - R69667
Key Features
- Cross-section options: circular O-ring or quad-ring profile, enabling flexible sealing configurations with a single elastomeric element
- Elastomeric material provides compliant sealing and resilience under varied pressure conditions
- Suitable for both reciprocating (dynamic) and static seal applications
- Designed for straightforward integration into standard groove and seal assemblies
Product Details
- Product name: John Deere O-Ring
- Part number: R69667
- Cross-section: circular (O-ring) or quad-ring
- Material: elastomeric
- Applications: seals in reciprocating or static seal scenarios
Compatibility
- Compatible with standard O-ring and quad-ring groove profiles; verify groove dimensions match the chosen cross-section
- Appropriate for general elastomeric sealing tasks where a flexible ring is required
- Confirm chemical compatibility, temperature range, and media suitability based on the elastomer grade and service conditions
$1.75
Original: $5.00
-65%John Deere O-Ring - R69667—
$5.00
$1.75Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Key Features
- Cross-section options: circular O-ring or quad-ring profile, enabling flexible sealing configurations with a single elastomeric element
- Elastomeric material provides compliant sealing and resilience under varied pressure conditions
- Suitable for both reciprocating (dynamic) and static seal applications
- Designed for straightforward integration into standard groove and seal assemblies
Product Details
- Product name: John Deere O-Ring
- Part number: R69667
- Cross-section: circular (O-ring) or quad-ring
- Material: elastomeric
- Applications: seals in reciprocating or static seal scenarios
Compatibility
- Compatible with standard O-ring and quad-ring groove profiles; verify groove dimensions match the chosen cross-section
- Appropriate for general elastomeric sealing tasks where a flexible ring is required
- Confirm chemical compatibility, temperature range, and media suitability based on the elastomer grade and service conditions


















