Bespoke curved sliding door systems
Trent Glass designs, manufactures and supplies curved sliding door systems made individually to the geometry of your opening. Aluminium profiles are bent to the required radius and the glass is curved to match. The leaves are glazed and trial-assembled before leaving the factory.
Download curved sliding doors brochure (PDF, 3 pages)
Curved sliding door video
Made to suit your opening
- Curved sliding doors, with fixed curved panels alongside where required
- Curved toughened glass and curved double-glazed units
- Straight sliding doors in the same system for square openings
- Aluminium profiles bent to your opening radius
- Powder coated finishes, inside and out
- Made to order from your measured sizes
Our curved door offering is a sliding system. We do not offer curved hinged or French doors.
The sliding system: 4065 series aluminium
The proposed twin-track system gives each sliding leaf its own runner, allowing the leaves to pass the fixed panels around the curve. The curved head track and floor guide are matched to the opening radius.
- Twin-track arrangement
- 65 × 40 mm sliding sash section
- Quoted on the 3.0 mm wall specification
- Stainless steel roller carriages with height adjustment
- Full perimeter brush and gasket weather seals

Request a bespoke quotation
Pricing is £750 setup fee plus £690 per m² for double-glazed curved toughened glass with aluminium alloy frames. Total price = £750 + (door area in m² × £690). Send the width and height of each opening and the depth of the curve for curved bays. Include a drawing or sketch and your preferred opening arrangement and finish.
Enquire about curved sliding doors
Download the brochure
View the product overview, production photographs and sliding-system details in our three-page brochure.
Download curved sliding doors brochure (PDF, 3 pages)
Photographs show comparable curved sliding units in production at our overseas manufacturing facility. Finishes and configurations are illustrative and are specified individually for each order.













