Oxford HardcoreXC13 11mm Padlock Black
Oxford HardcoreXC13 11mm Padlock Black
Couldn't load pickup availability
Description
Oxford HardcoreXC13 11mm Padlock Black
The Oxford HardcoreXC13 Padlock is a heavy-duty security lock designed to provide robust protection for motorcycles and other valuable equipment. Built with a hardened steel body and an 11mm hardened steel concealed shackle, it is designed to help resist physical attacks and provide dependable everyday security.
Its double-locking mechanism delivers an impressive anti-jack strength of up to 4.3 tonnes, adding another layer of protection. The rubberised, shock-proof case helps protect the lock body, while the sliding keyhole dust cover helps keep dirt and debris away from the locking mechanism.
Supplied with three keys, the Oxford HardcoreXC13 also benefits from a key replacement service, offering added convenience if all your original keys are lost.
Key Features
-
Hardened Steel Body: Robust construction designed for dependable security.
-
11mm Hardened Concealed Shackle: Designed to provide enhanced protection against physical attacks.
-
Double-Locking Mechanism: Delivers up to 4.3 tonnes of anti-jack strength.
-
Rubberised Shock-Proof Case: Helps protect the lock against knocks and impacts.
-
Sliding Keyhole Dust Cover: Helps prevent dirt and debris from entering the lock cylinder.
-
Three Keys Included: Supplied with three keys for convenience.
-
Key Replacement Service: Replacement keys can be arranged using your recorded key number.
-
Black Finish: A classic, practical finish for your security setup.
Key Replacement Service
When you receive your Oxford HardcoreXC13 Padlock, make a note of the key number and keep it somewhere safe. If you lose all your keys, this number can be used to arrange a replacement.
Heavy-Duty Security for Everyday Use
Combining a hardened steel body, concealed 11mm shackle and double-locking mechanism, the Oxford HardcoreXC13 Padlock offers a strong physical security solution. It can also be used as part of a compatible chain-locking setup, where appropriate.