Description
The Shield Locker Combination Padlock is a purpose-built, high-reliability padlock designed specifically for schools, gyms, leisure centres and workplaces where locks are used daily and must withstand constant handling.
Unlike many low-cost combination padlocks, this model uses Shield’s robust internal mechanism to prevent the common shimming and pull method attacks that allow cheap locks to be cracked in minutes. Every lock is built to withstand heavy, repeated use, making it ideal for large-scale locker installations.
The range includes a 30mm version with a 3-digit code and a 40mm version with a 4-digit code. The larger size also features a thicker shackle (6-8mm), making it suitable for lockers fitted with cam latches that require a stronger or wider shackle.
Each padlock can be individually reset to a new code and comes with easy-to-follow instructions attached to the shackle. Built in partnership with Shielda respected British brand known for reliability in education and commercial environmentsthis padlock offers a superior mechanism at a highly competitive price.
Product Features
-
Available in 30mm (3 dials) and 40mm (4 dials)
-
Hardened steel shackle
-
Resettable combination with clear instructions
-
Resistant to common cracking techniques
-
Smooth, reliable Shield mechanism
-
Designed for frequent, high-volume use
-
British-designed and UK-trusted quality
Who It’s For
-
Schools, academies and colleges
-
Gyms, leisure centres and changing facilities
-
Staff lockers in warehouses and offices
-
Suitcases, laptop bags and personal storage
-
Facilities needing large volumes of reliable, tamper-resistant padlocks
Resetting The Combination
- Open the padlock using the default code (all zeros)
- Twist the shackle around 90 or 180 degrees (depends on model)
- Push the shackle back down into the body
- Whilst pushing the shackle down, change the combination
- Release pressure from the shackle and rotate back to its normal position
- Close the padlock and scramble the code
Reviews
There are no reviews yet.