Stained Glass Window Effect with Printed Graphics
Location: Guildford, Surrey
Goal: The project aimed to introduce a stained-glass appearance while preserving light levels. Printed window film provided a practical alternative to traditional glazing.
Location: Guildford, Surrey
Goal: The project aimed to introduce a stained-glass appearance while preserving light levels. Printed window film provided a practical alternative to traditional glazing.
Location: Clerkenwell, London EC1
Goal: A refurbished office required consistent branding, privacy, and compliant manifestation. Printed graphics were specified across multiple surfaces.
Location: Slough, Berkshire
Goal: The project aimed to combine privacy and manifestation across extensive glass partitions. A custom graduated frost effect was developed to meet both requirements.
Location: Carnaby Street, London W1
Goal: Existing branding around lift entrances was outdated. A modern graphic solution was required across multiple floors. Printed window film delivered an immediate visual upgrade.
Location: Greenwich, London SE10
Goal: The project required a bold visual backdrop for an exhibition. Coloured window film was used to transform large glass panels. Light transmission and visibility were retained.
Location: Watford, Hertfordshire
Goal: The project aimed to enhance stadium environments using durable printed wall finishes. Solutions were required for both internal and external surfaces.
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: Islington, London N1
Goal: Additional protection was required for glass shower screens in a busy hotel environment. Safety window film was installed to reduce the risk of injury in the event of breakage.