Lollygagger Porch Swing

The Lollygagger Porch Swing from Loll Design is the perfect modern porch swing for those who love to sit back and enjoy their surroundings. Crafted from recycled milk jugs, this eco-friendly swing is easy to clean and comes in a variety of colors to suit your decor. Easily mounting to the top of your porch ceiling with the included 30" rope, this swing is ready for you to take a seat and relax, while mindfulness ensues in 3....2....1.

Highlights

• Made in the United States
• Crafted from recycled milk jugs for an eco-friendly design
• UV and weather-resistant for year-round use
• Stainless steel bottle opener below right arm

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