Frame Size: 1682 x 2031mm
Frame Size: 1914 x 2031mm
Frame Size: 2142 x 2031mm
4 Door 2216 wide x 2031 high
Frame Size: 2216 x 2031mm
4 door - 2524mm x 2031mm
Frame Size: 2524 x 2031mm
- Clear Glazed Room Divider Door
We only use the High Quality, Reinforced, Narrow Profiles in our sets
Safe & Secure
Multi Point Locks for complete security
10 Year Guarantee
Guaranteed against manufacturing defects
This oak 4 lite shaker frenchfold internal French door is as simple as it is versatile. Each door has 4 clear glazed panels that allow plenty of light to flow through your home, brightening up your living space. You can also keep an eye on what’s going on in the room next door. The innovative frenchfold design allows you to fold these doors back completely to open up your living space when you choose.
These doors are unfinished which means the final look of the door is your choice. You can select a natural stain or varnish to enhance the appearance of the oak or select a finish to match other items in your home. These doors MUST be decorated before installation, and we’d recommend a joiner is used for installation too.
If the fit isn’t exact, these French doors can be adjusted in both height and width. The height can be reduced by up to 50mm, and the width can be reduced by 30-40mm.
Set Includes: universal frame set, pivots, hinges, brushed stainless steel drop bolts and pre glazed doors. Choose your own handle and latch.
Please note that the frames for these sets are supplied unfinished as standard as they are universal.
Wood: Engineered Oak
Colour: Natural Oak
Style: Contemporary, Modern
Sizes: 1,684mm (5.25ft) to 2,826mm (8ft)
Features & Benefits:
Frenchfold design allows for both a central opening and folding ability.
The oak Shaker frenchfold room divider range has an engineered core, ideal for thermal efficiency, strength, durability and value for money.
Finish as you choose so you can match existing furniture, doors or windows.
Made from oak, a popular choice for interiors.
Clear glazed panels provide maximum light flow.