
About Composite Doors
Quick Features
- Thick GRP (Glass Reinforced Plastic) skins ensure no cracking or delaminating.
- Encased LVL (Laminated Veneer Lumber) & hardwood stiles and rails for stability and protection against water ingress.
- 3 layered inner core of cross laminated engineered hardwood, creating a stronger, heavier and more robust door.
- Created from the best of both traditional and modern materials.
- Door leaf structure has a 25 year life expectancy.
- Thick GRP (Glass Reinforced Plastic) skins ensure no cracking or delaminating.
- High density polyurethane core provides exceptional thermal efficiency.
- Door leaf structure has a 25 year life expectancy.
- Stability from the elements with its inner core of LVL (Laminated Veneer Lumber) encased with composite stiles and rails for protection against any water ingress.
- Composite doors are more thermally efficient than standard PVC or timber.
Quick Quote
Composite Door Colours
Colours to suit every style.
Composite Doors Gallery

Energy Features
Doors with U-values of 1.4 can still make considerable savings on household bills, however, better savings can be made from doors with U-values between 0.9-1.2 Doorsale sell various products that aim to achieve the lowest u value as possible.
Sustainability
Our composite door suppliers have a series of sustainable measures and core environmental values in place and continually invest in improving these practices to minimise waste and ensure a sustainable approach wherever possible.
Durability
Composite doors don’t require much looking after, the occasional wipe to keep them clean and drop of oil on the hinges every now and then is more than enough. Once installed, you won’t have to worry about replacing composite doors for a very long time as they can often have a lifetime of up to 35 years. So you’ll be able to enjoy the many benefits we’ve highlighted above for a number of years.
Insulation
Doorsale composite door products are almost 20% more energy efficient than traditional solid timber doors. Thermally advanced, recycled composite material reinforcements used in place of energy inefficient steel* reinforcements improve energy efficiency further.


























