Solar Control and Privacy Window Film for Huel in Hertfordshire
Location: Tring, Hertfordshire
Goal: Reduce heat and glare while introducing ground-floor privacy at Huel’s UK headquarters using a tailored commercial window film solution.
Location: Tring, Hertfordshire
Goal: Reduce heat and glare while introducing ground-floor privacy at Huel’s UK headquarters using a tailored commercial window film solution.
Location: Bedford, UK
Goal: Improve privacy within a residential garden room by preventing visibility into the space, helping conceal its contents, while maintaining outward views and reducing potential heat build-up.
Location: Stratford-upon-Avon, Warwickshire
Goal: Reduce excessive heat build-up within the property by installing a high-performance solar control window film solution that works with complex, shaped glazing.
Location: Rickmansworth, Hertfordshire
Goal: Improve residential safety by reinforcing existing glazing with safety window film designed to help prevent injury from broken glass, while also providing additional comfort and solar control within the conservatory.
Location: Edinburgh, Scotland
Goal: The project aimed to reduce heat build-up caused by extensive glazing. Solar control film was specified to improve comfort without altering the appearance.
Location: Dulwich, South East London
Goal: The project addressed rising internal temperatures caused by untreated rooflights. A solar control window film solution was specified to improve comfort without reducing natural light.
Location: Basingstoke, Hampshire
Goal: Bright sunlight entering through extensive glazing was creating uncomfortable working conditions. An external glare-reduction window film was applied to cut harsh light without obstructing views. The solution delivers year-round performance.
Location: Sussex, UK
Goal: Large rooflights were contributing to solar heat build-up within the premises. External solar control window film was applied to reduce heat and glare without sacrificing light.
Location: NHS Facility, Chelmsford
Goal: Reduction of excess heat and glare