Dewey Outdoor Stool

Designed by Eric Pfeiffer with Loll, the Dewey Stool is a minimalist and versatile stool that’s ready for more than just sitting. Unlike most Loll products, the Dewey is made from a mold with LLDPE plastic making it lightweight and easy to carry so somedays it could be your garden stool; other times, a footrest while lounging or a side table to hold that mid-day snack. On the flip side, like the rest of Loll products, Dewey does not require special maintenance like sanding and painting, is made in the U.S.A., and is 100% recyclable.

Features

• Made in the USA
• Rotomolded design is lightweight and easy to move
• 100% recyclable

UV INFORMATION:

• Loll products are made with partially recycled and fully recyclable material
• Milk jugs are used due to their lack of pigment so Loll's vibrant colors can be created
• As Loll material is a post-consumer recycled material, the medium to create the material does inevitably fluctuate
• Although we do continuously strive for the best consistency possible, material color and texture may slightly vary from sheet good to sheet good and thus product to product
• There is ultraviolet (UV) stability in Loll material. Loll products are manufactured with a highly weatherable HDPE sheet
• Loll's post consumer resin includes a superior UV additive designed for plastics that improves exterior durability, greatly reducing characteristic surface degradation caused by sunlight and other UV light sources
• Pigments/color concentrates are also added that are formulated with the best weathering pigments available in the market in a particular color-space

RICHLITE:

• This unique and environmentally-conscious paper composite is used in some Loll pieces. Made with resin-saturated paper, Richlite requires no maintenance and may patina over time

LOW-IMPACT MANUFACTURING:

• Loll was conceived as a way to repurpose excess skate ramp material. Founded on principles of efficient and responsible use/reuse of manufacturing material, Loll products are fabricated using lean manufacturing techniques