KASP Coloured Vinyl Anti-Spark Brass Padlocks

With the six coloured vinyl jackets to choose from, as well as being available keyed-alike, these anti-spark padlocks are perfect for site lock-off hasps and valves, particularly on electrical sites where the non-conductive brass shackle really comes into its full benefit.  It is important to be conscious of the fact these are not high-security padlocks, they are generally intended as a form of access-control for critical operations within secure environments

Ideal for lock-off hasps in sensitive electrical environments, these anti-spark padlocks feature an all-round brass build, so both the body and the shackle are made from brass.  The body is then coated in a vinyl jacket which comes in six colours; black, yellow, blue, orange, green, and red. 

These padlocks are all available keyed-to-differ (standard keying, where all the keys are randomised), but can also be keyed-alike if you want the same keys on each padlock.  This can be extremely beneficial for workers who need to open multiple padlocks, as it means they don't have to have multiple keys to carry with them.  

The colour-coded vinyl jackets are extremely handy for keeping life simple for team members.   If your site uses areas or valves only accessible by certain work teams, then you can colour-code according to the type of access - so electrical items may use yellow padlocks, while gas may use blue padlocks, and so on.   

Alternatively, the colour coding can be used on a team-member basis.  So yellow padlocks will be unlocked by one team member, blue padlocks unlocked by another, and green by a third, and so on. 

It is also worth noting that the vinyl jackets on these offer more than just colour coding.  They also offer protection against scuffing / damage to your locked items.  This makes them iteal for use on cabinets etc where damage would be caused over time through conastant use of the padlock, or on machinary engine doors where constant vibration may cause metal-on-metal damage. 

Just remember, these are intended as a form of access-control for within secure environments and should not be relied on for securing site access.