At No Grey Area, we design, manufacture, supply and install illuminated ceilings systems to clients worldwide and we have an extensive portfolio in residential, commercial and retail projects, among others.
Illuminated ceilings are a type of lighting system where a translucent material, like panels or fabric, are illuminated from behind by a light source. They are typically made from PVC membranes or translucent materials and can use LED strip lighting to create a seamless and evenly lit surface.
No Grey Area’s range of ceiling illumination products are the perfect diffuser for rear illumination and include fibre optic ceilings and swimming pool ceilings which can be implemented to create a unique lighting effect. Architectural ceiling lighting is also a possibility by combining our lighting options with our architectural metalwork offering, especially as metalwork in modern architecture and design becomes more popular.
Maybe you’re thinking of creating the effect of a skylight or using shapes to boost the individuality and uniqueness of a space. No matter your project requirements, we can support you with our unrivalled experience in both lighting and illuminated ceilings. From illuminated ceiling panels to a whole illuminated ceiling, we have the solution for you, and with the recent rise of bespoke lighting solutions, our team are ready to work with you to meet your custom needs and illuminate grey areas, one project at a time.
With offices located in the UK, Egypt, KSA and the UAE, No Grey Area’s growth over the years has enabled the delivery of global projects for clients in over 40 countries. Are you ready to be next?
If you are looking for a bespoke illuminated ceiling to maximise the aesthetic of your space, choose No Grey Area. With options including surface mounted and suspended lightboxes and recessed lightboxes, you can be assured that our team of expert lighting designers can work to your recommendations and budget.
Contact us to see how we can support you with your bespoke illuminated ceiling project requirements.