Hy-ko Prod Co KC123 Cable Key Ring Nylon Coated

Product Description

The HY-KO PROD CO KC123 is a nylon-coated cable key ring designed for everyday key organization and security applications. The ring is constructed from a tough cable core wrapped in a nylon coating, providing durability and resistance to wear. Its specially designed closure mechanism allows for quick, tool-free opening and closing, making it practical for technicians, facility managers, and tradespeople who need to add or remove keys frequently. At 0.02 pounds, it is lightweight and well-suited for high-use environments where a standard metal split ring may be cumbersome or difficult to operate.

The KC123 is suited for use in key control applications across residential, commercial, and light industrial settings. It fits within the safety and security category for key management, making it a practical choice for locksmiths, facilities personnel, property managers, and service technicians who maintain organized key sets. The easy-open, easy-close closure reduces the time and effort typically associated with adding keys to a ring, which is especially useful when managing large key inventories or tagging keys for identification purposes.

Key Features

• Nylon-coated cable construction for durability and corrosion resistance
• Specially designed closure for tool-free, easy open and close operation
• Lightweight at 0.02 pounds for minimal added bulk on a keychain or key board
• Item dimensions of 5.5 inches length by 2.75 inches width for a practical ring size
• Carded packaging for point-of-sale display or organized storage

Compatibility

Designed as a general-purpose cable key ring suitable for standard key control and key organization applications across residential and commercial environments.

Installation Notes

No tools are required to attach keys to the KC123. To add or remove a key, engage the specially designed closure mechanism per the manufacturer instructions printed on the card. Ensure the closure is fully seated before placing the ring back into service to prevent unintended key loss.