Peg

Bench

Design Mathieu Gustafson

This contemporary seating design was inspired by freestanding footstools. The bench is crafted with a series of individual seats placed at different heights along a central beam. Peg is available in different sizes, such as a four-seater version or as a combination of linked units. Peg can create a seating system for public spaces, such as transport hubs and shopping centres. The seats can be crafted in one colour, or varied to create a playful, multi-coloured design.

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440 cm

54 cm

38 cm

47 cm

Length: 211 cm
Width: 38 cm
Height: 47 / 54 cm
Ø: 38 cm

Length: 211 cm
Height 47/54 cm
Width: 38 cm

U07-02Peg bench for 4 seats

U07-03Peg bench, system. Starting section for 8 seats

U07-04Peg bench, system. Superstructure for 4 seats

Append to product number

N för Surface mount.
Välj antal och kulör på sits
V för vit
S för svart
GR för grå
O för orange
G för gul

RAL 7043

RAL 9010

NCS S 1080-Y30R (orange)

NCS S 1080-Y (gul)

NCS S 9000-N

NCS S 0502-Y (Vit)

NCS S 4500-N (grå)

Organowood-treated Pine.
glulam spruce wood, sioo treated.
Polyethylene.

Beam Organowood, treated pine. Polypropylene plastic seats. Stand RAL 7043 gray. Seats are available in 5 different colours, gray, yellow, orange, white and black.

Steel

Nola uses high-quality steel of good strength in our products. Steel rusts if left untreated and must therefore be surface treated. For this we use two main methods for surface treatment of steel parts; electrogalvanizing and powder coating as well as hot-dip galvanizing.

Powder coating

Powder coating is a coating that is applied as a free-flowing, dry powder. Unlike conventional liquid paint, powder coating is usually applied electrostatically and then cured under heat or with ultraviolet light. The result is an even, hard-wearing coloured surface with the desired gloss level.

Electrogalvanized

Electrogalvanizing (also known as zinc plating) provides corrosion protection through the sacrifice of zinc ions. It is created via a zinc coating on the steel using an electric current.