Making a purchase of the rubber mats for electrical purpose is simply the first step that you should take towards keeping your industrial premises safe for your employees. Although you might have heard that these mats last forever, it completely depends upon the way they are maintained. All these aspect fall under the category of post purchase details of the insulating mats. Although this does not involve anything that is complex or difficult, it is simply a process that guides you through the process that is to be followed afterwards.

One major reason that causes accidents at industrial places even when the mats are involved is irregular checking, testing and maintenance of these insulating mats for electrical purposes. People often get these mats installed and forget getting them checked on regular intervals. Moreover, although these mats last long, they still have a deadline after which the effect of these mats starts reducing and thus the level of protection they provide too starts diminishing. Generally, make it a rule to get your mats tested at least once in a year. The government too issues notices where they give instructions related to the mats that are allowed to be used at the industrial premises. So keep a check on these and if the mats you have fall out of the list, get them replaced.

Cleanliness of the mats is another factor that can affect the life of these mats. If you have a setup where liquids spill on the mats or people walk over them with dirty shoes, it is your responsibility to get them cleaned on a regular basis. This sort of non-maintenance can cause a lot of damage to the mats and thus affect their capacity. If you do not have mats that are permanently installed, make sure you get the mats cleaned and then keep them in some dry place.

As per the details discussed above, it can clearly be said that these mats need to be maintained regularly post the purchase. So keep these points in mind and then your mats would automatically last longer and continue to keep your employees safe for the longest possible time span.