St. Catherine Sling Lay-Flat Chaise with Rustic Polymer Arms
The St. Catherine Marine Grade Polymer Sling Four-Position Lay-flat Chaise With Boardwalk Rustic Polymer Arms is perfect for outdoor living. It stands out with its sleek design and smooth lines. The chaise is made from Marine Grade Polymer, which is strong and durable. This material ensures that the chaise will not crack, rot, or absorb water, making it ideal for all weather conditions. The rustic polymer arms add a touch of elegance and complement the contemporary design. With four positions to choose from, including a lay-flat option, you can relax in the sun just the way you like.
This chaise is built for both comfort and style. The fabric sling is easily replaceable, so you can change the look whenever you want without needing to buy a new frame. All the hardware is made of high-quality stainless steel, ensuring long-lasting performance. The chaise is also made in the USA, reflecting Telescope’s commitment to quality since 1903. Whether you’re lounging by the pool or on your patio, the St. Catherine Chaise offers a sophisticated and comfortable seating solution for any outdoor space.
St. Catherine Four-Position Marine Grade Polymer Chaise Features:
- Colors: Snow; Black; Kona; Desert; Beachwood; Storm; Graphite; Warm Grey
- Overall Dimensions (WxDxH): 29 x 78.5 x 43
- Seat Height: 16
- Product Weight: 23 lbs
- Marine Grade Polymer: Will not crack, rot, or separate
- Impervious to water: Fresh or salt
- Solid color throughout
- Rustic Polymer Arms: Attractive appearance
- High-quality stainless steel hardware
- Easily replaceable sling fabric
- Four chaise positions: Including lay-flat
- Sling fabric: Various color options
- Made in the USA
- Residential Warranty: 15 years
- Commercial Warranty: 5 years
We recommend a simple and effective cleaning and care regimen for our products.
Use a light application of mild soap and water with a spray bottle or dampened soft cloth to clean the surface of your piece.
Follow with a fresh dry towel to wipe away any excess moisture that remains.