The four districts of Aylesbury Vale, Chiltern, South Bucks and Wycombe, make up the county of Buckinghamshire. Aylesbury is the county town, despite the largest town being Milton Keynes. Other major towns include: Buckingham, High Wycombe, Marlow, Amersham and Newport Pagnell.
The Chiltern Hills are within Buckinghamshire as well as the River Thames. Dorney Lake, home of the rowing events at the 2012 London Olympics is another place of interest.
As well as the above, Bletchley Park (home of the WWII British codebreakers and Colossus), half of Silverstone motor racing circuit (the other half is within Northamptonshire) and the famous Pinewood Studios (famous for many blockbusting films including James Bond and Star Wars) are all based in Buckinghamshire.
With its close proximity to the City of London, the road network (M40, M1, M25 and M4), rail network and also airport connections are all excellent.
Businesses and home owners in Buckinghamshire are able to use the experience and quality of Fire Care and Security’s engineers and services. Whether it be for a security service, a fire care service or for a complete bespoke service, Fire Care and Security are committed to ensuring that they offer the highest level of service and customer satisfaction.
Fire Care and Security’s services in buckinghamshire include:
- Burglar alarm servicing (and installation)
- Security systems for home and commercial premises
- Security gates (for business premises)
- Door access units
- CCTV system installation (and servicing)
- Fire risk assessments
- Fire alarms
- Fire doors
- Fire extinguishers
- Fire warden training
- Fire marshall training
The importance of using fully qualified and trained engineers and assessors to carry out your fire care and security systems are imperative and give you that peace of mind, allowing you to concentrate on your company’s main activities.
Fire Care and Security can manage all the services if you wish, ensuring that all fire extinguishers, alarms and CCTVs are up to date and regularly checked for optimum performance.