Nola Goggle 2 Bike Stand
Goggle 2 Bike Stand
GOGGLE 2 BIKE STAND
Designed by Nola
The Goggle bike stand is an efficient combination of metal rings and freestanding poles. Sleek metal rings at the top provide fixtures where bicycles can be securely locked.
The bicycle stands can be positioned in a long row or arranged in curving shapes to complement the landscape around them. This bike stand can be used on its own or as an efficient complement to the Goggle 2 system.
INFORMATION
BRAND
Nola
PRODUCT TYPE
Bike Stand
COLLECTION
Goggle
PRODUCTION
Made in Sweden
DESIGN
Hot-dip Galvanized
DESIGNER
Nola
FRAME DIAMETER
16 Bent Wire
PRODUCT NUMBERS AND COMBINATIONS
Ö03-43Goggle 2 bicycle stand
STEEL
Nola uses high-quality steel with good strength in our products. Steel rusts if left untreated and must therefore be surface treated.
SURFACE
Metal
USE
Outdoor
APPEND TO PRODUCT NUMBER
-VFZ for bollards in hot-dip galvanized design. -C for any color other than standard, starting cost is added.
CHARACTER
New variant of Goggle bicycle bollard with larger arch, for smooth frame locking..
SURFACE FINISH
Metal
SHAPE
Curving Shapes
MAINTENANCE
-Powdercoated Steel : Products that are powder-coated can be touch-up painted with alkyd paint.
-Hor dip galvanized steel : Hot-dip galvanized can be touch-up painted with so-called "cold galvanizing".
ASSEMBLY AND PLACEMENT
- In-ground : Cast in ground.
- Surface Mount : Can be bolted above ground, to the floor or to a cast-in-place foundation. Bolts not included.
COLORS
- RAL 9005
- Gris 2900 Sablé
- Gris 2150 Sablé
- Hot-dip galvanized steel
HOT-DIP GALVANIZED OR ELECTROGALVANIZED AND POWDER COATING
Available in either only hot-dip galvanized steel or electro-galvanized and powder-coated steel. Hot-dip galvanizing provides very strong protection against corrosion. The steel is dipped into a bath of hot liquid zinc. The zinc attaches and creates a surface coating on the steel part, which is then taken out of the bath and drained of excess zinc. Electrogalvanizing provides corrosion protection through the sacrifice of zinc ions. It is created via a zinc coating on the steel using an electric current. 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.