StainlessLite Plus Indirect
An unvented cylinder for use with a conventional boiler and electric Available in 8 sizes ranging from 90 litres to 400 litres, with the largest model capable of satisfying the hot water demands of a property with 3 bathrooms and...
StainlessLite Plus Horizontal Indirect
The StainlessLite Plus Horizontal Indirect cylinder is an ideal solution for those looking for installation in height restricted areas, such as loft space. This innovative product is: fully NSF WRC approved to meet the legal requirements of Building Regulations perfect...
StainlessLite Plus Slimline
Unvented cylinders designed for restricted spaces with optional solar coil The StainlessLite Plus Slimline cylinders were added to our range of duplex stainless steel cylinders, to enable you to utilise those smaller storage areas. Our standard size StainlessLite Plus cylinders are...
StainlessLite Plus Solar
Unvented cylinders incorporating a solar coil Gledhill has developed a range of cylinders specifically for solar applications, therefore providing an efficient way of providing domestic hot water. Each model features a dedicated high performance solar coil, transferring the maximum amount...
StainlessLite Plus Heat Pump
Unvented cylinders specifically designed to work with a heat pump Gledhill have produced an unvented stainless steel unit specifically for heat pump applications providing mains pressure domestic hot water. Utilising the well established Gledhill StainlessLite Plus unvented hot water cylinder, this...
StainlessLite Plus Heat Pump DUO
Built from the ground up the Gledhill Heat Pump Duo cylinder has been specifically designed to work with air and ground source heat pumps. The Gledhill heat pump cylinder is a 2-in-1 cylinder design that features a 70L internal buffer...
StainlessLite Plus Buffer Store
Vented store for use with a heat pump Buffer vessels are simply a duplex stainless steel tank that contains a volume of water, increasing the overall volume of the heating distribution system. This extra volume of water is designed to...
