Security Doors Explained

SR Rated Doors

Each of our security rated doors are manufactured and tested to the LPCB Loss Prevention standards. This ensures that they help to protect the safety of your staff and equipment on site from any would-be attackers. The higher the rating of the door, the higher the level of protection offered by the equipment, so it’s important to make the right choice to suit your security needs.

SR2

Our SR2 Doors are able to withstand a 3 minute attack from an assailant equipped with small hand held weapons such as claw hammers, hand drills, and junior hacksaws.

Suggested Business Use: Office Buildings & Small Shops with stock inventory of around a few thousand pounds. Leisure facilities, schools and universities as well as housing association communal areas.

SR3

Offering even more security, our SR3 doors must be able to endure an attack lasting 5 minutes, from an assailant armed with larger tools such as crowbars, hacksaws, and hammers, as well as items such as cordless drills and gas torches.

Suggested Business Use: Retail outlets, Cash rooms, warehouses and utility substations.

SR4

With the highest level of protection we offer, our Security Rated 4 Doors can resist attempts at forced entry from an experienced assailant for a duration of 10 minutes using tools such as cordless disc grinders, drills, and jigsaws, alongside manual tools such as sledgehammers and plate sheers.

Suggested Businesses: Schools, Ministry of Defence and Banks as well as other medium-high risk businesses & Home Office approved gun rooms. 

Flood Rated Doors

In the UK, flooding is the most common disaster to affect homes and businesses. If you’re in an area of risk it’s vital that you consider Flood rated doors as part of your building or facility.

To ensure they meet the requirements of the PAS 1188 standard, our flood protection products must undergo rigorous testing by a certified third-party to ensure they’re of the highest quality. This will involve tests against various types of typical flood water flow, including static water, waves of up to 0.1m high and currents up to 1.0m/s. Then the results are rated as how many litres of water leaked per hour, per square metre.