Summit Collars Clamping Shaft Collar 1-1/4'' Bore 2C-125 Double Split Black Oxide with Cap Screws Durable Shaft Collars CB2-125 Suitable for Machinery

Summit Collars Clamping Shaft Collar 1-1/4'' Bore 2C-125 Double Split Black Oxide with Cap Screws Durable Shaft Collars CB2-125 Suitable for Machinery

Made from durable low carbon steel for superior strength and long-lasting axial and radial support in industrial applications Black oxide finish enhances corrosion resistance, weldability, and overall durability under harsh conditions Double split design provides improved clamping force while minimizing shaft distortion and damage Precision-machined bore with outer diameter ensures a secure fit for a variety of mechanical and machinery setups US owned and operated brand committed to delivering quality and reliability in every product

Brand: SUMMIT COLLARS

The SUMMIT COLLARS Shaft Collar is engineered for strength, durability, and precision in demanding industrial environments. With a rugged double split configuration, this collar provides a tight, reliable fit while minimizing shaft distortion. Constructed from low carbon steel and finished with black oxide, it delivers enhanced corrosion resistance and exceptional weldability.

• Durable Low Carbon Steel – Provides excellent axial and radial support in industrial and mechanical applications.
• Black Oxide Finish – Enhances corrosion resistance, increases durability, and improves weldability for extended product life.
• Double Split Design – Offers superior clamping force while minimizing shaft damage and ensuring a more secure fit.
• Secure Set Screw Locking – Maintains a firm grip during high-vibration or heavy-load operations for dependable performance.
• US Owned & Operated – Backed by a US-based brand dedicated to high-quality components and customer satisfaction.

Each pack includes 2 high-quality shaft collars suitable for use in mechanical systems, automation equipment, power transmission assemblies, and more. Trust SUMMIT COLLARS for precision-engineered components built to perform under pressure.