Condition New
This bushing size 50-40 x H60 is a replacement hardware component designed for commercial and home fitness equipment repair applications. Commonly used with tube inserts, handlebar collars, guide rod stops, and pad end caps, it helps support proper alignment, cushioning, and smoother equipment operation while reducing wear between connected parts.
Key Features
Durable Replacement Hardware
- Designed to support long-term use in fitness equipment repair and maintenance applications.
Multi-Application Design
- Suitable for tube inserts, rubber stop assemblies, handlebar collars, and protective end cap installations.
Equipment Support Function
- Helps reduce vibration and friction while maintaining proper spacing and alignment during equipment movement.
Commercial and Home Use
- Compatible with a variety of exercise equipment repair projects in residential and commercial fitness environments.
Specifications
- Product Type: Bushing
- Usage: Fitness Equipment Repair and Maintenance
- Design Type: Replacement Hardware Component
- Application: Tube Inserts, Pad End Caps, Handlebar Collars, Rubber Stops
Compatibility
- Compatible with select commercial and home fitness equipment requiring a size 50-40 x H60 bushing component.
How It Works
- The bushing installs within compatible equipment assemblies to provide spacing, cushioning, alignment, and movement support between connected machine components. This helps improve operation and reduce part wear over time.
Note
- Please verify the required size and application before ordering to ensure compatibility with existing equipment components.
Compatibility Notes
- Confirm size 50-40 x H60 before purchase
- Compare shape and fitment with the original part
- Intended for compatible fitness equipment applications
- Verify installation location prior to ordering
- Check connected hardware dimensions for proper fit
Dimension Details
- Size: 50-40 x H60
Why This Design Matters
- Properly fitted bushings help maintain equipment alignment, reduce friction between moving components, and minimize wear on connected parts. This design supports smoother operation and improved equipment longevity.