Orangeries

Orangeries are generally buildings with glazed sides and brick supports and use less glass than modern conservatories.

Trade Cost offer a bespoke design and build service to suit your individual needs, creating a aesthetically pleasing additional extention to your home. The orangeries comes in various styles to fit into any home.

Cost Effective System Orangery (Capella)

Choose our modular option to upgrade a standard conservatory roof and avoid extensive building works or added costs associated with fully structural orangeries.

Lower cost solution
Larger facia gutter which breaks the frames in the roof giving orangery effect
Celsius Glass as standard
Internal soffits for lighting

Brick Built Orangery System (Integra)

Offers the elegance of a traditional orangery, featuring sturdy brick-built walls, housing windows and doors. This specification of design is supported by high-strength structural aluminium framework.

Celsius Glass as standard
Internal soffits for lighting

Precision Engineered Tailor Made to Your Needs

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Aluminium Glass Orangery (Venetian)

This is the ultimate in contemporary orangery design, as the aluminium framework is cleverly hidden away from view and is able to support wide spanning glass roof sections. This hidden framework also accommodates installation of bifold doors.

Celsius Glass as standard
Internal soffits for lighting
Well built internal appearance

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Energy Rating System

The Window Energy Rating system (pictured above) follows a similar pattern to appliance energy labels, with windows being rated between A+ (the best) and G (the worst). Building regulations require all new windows to be at least Crated. Each of the big-name companies claim different levels of energy efficiency, some as much as A++.

U Values explained

Thermal performance is judged by the heat loss through the glass and window frame as a combined product. U-factor values range from 0.25 to 1.25 and are measured in Btu/h·ft²·°F. The lower the U-factor, the better the window insulates. For example, a U-Value of 1.2 W/m2.K, means the amount of energy (1.2W) that will pass through 1m2 area of glass and window frame.