Penn Padded Back Dining Chair in GD & L801

Ex Display

£250 RRP £710

Delivered in 4 weeks

The Penn dining chair collection combine classic design with comfort, the high spindle or padded backs making them statement pieces. Made of solid ash Penn chairs can be finished in a wide selection of wood colours and upholstered in the ercol collection fabrics.

Product Description

Product Code

Description
With its fully upholstered back panel this stylish ash dining chair provides a comfortable and supportive sit.  The back is curved to provide additional lumbar support for a comfortable sit and offer additional support. This dining chair can be finished in a wide choice of wood stains and lacquer that both protects the timber, whilst enabling you to choose the look to match your style and decor. Available in a choice of fabrics and leathers from the ercol dining collection.

Construction
Solid Ash

Designed by
Mike Pengelly and the ercol Design Studio

Country of Origin
Italy

Product Specifications

Product Dimensions
Width: 51cm
Depth: 57cm
Height: 99cm

Unpacked Weight
6.7kg

Seat Height
47cm

Seat Depth
39cm

Filling Composition
Seat Interior: Foam

Reversible Cushions
No

Reclines
No

Assembly
Fully Assembled

Packaged Dimensions
103cm (L) x 71cm (W) x 53cm (H). 16kg

Disclaimer

Wood is a natural material, consequently the grain pattern will vary from piece to piece.

Cabinets and chests over 60cm tall should be fixed to the wall to ensure stability, anti-tip kits with fixtures will be provided. The fixing of these pieces to the wall will not be carried out by our delivery partner. Please follow the product instructions and immediately attach to a wall as stated.

Upholstered furniture, images and the fabric visualiser are designed to act as a guide of how a piece will look. Pattern placement, exact colour and texture of a fabric can vary from this.

Before ordering, we recommend viewing the fabric and wood finish in store and ordering samples to view at home.

While we endeavour to ensure that the stated dimensions are as accurate as possible, due to manufacturing tolerances, these may vary slightly.