Decorative Sailcloth Boat Cushion 40x40 cm, Personalized Marine Deck Cushion with Filling
Sailcloth Deck Cushion 40x40 cm
Bring the free spirit of the sea into your living spaces. Made from genuine sailcloth and supplied with its inner filling, this special Deck Cushion is designed to let you experience the marine lifestyle at home, on your boat, or at your summer house.
Each cushion carries the unique texture and character of sailcloth. Its numbered detail gives your décor an original look inspired by maritime culture.
Measuring 40 x 40 cm, it is suitable for use on sofas, garden furniture, boats, yachts, and terraces.
Product Features
Made from genuine sailcloth
Supplied with inner filling
Measures 40 x 40 cm
Water-resistant and durable
Suitable for marine and beach house décor
Ideal for use on boats, yachts, verandas, and terraces
Special design for lovers of nautical décor
An unforgettable boat gift with personalization options
Areas of Use
• Boat and yacht décor
• Deck seating areas
• Garden and veranda furniture
• Summer house décor
• Beach house décor
• Marine-themed spaces
• A special gift for sea lovers
Why Choose This Deck Cushion?
Unlike ordinary decorative cushions, this boat cushion is made from genuine sailcloth and is an original design that brings maritime culture into your living spaces. With its decorative and functional design, it is a unique choice for lovers of marine style.
Cleaning
• For light soiling, simply wipe with a damp cloth and soapy water
• Clean with gentle dabbing motions rather than rubbing
Washing
• Hand washing is recommended
• Use lukewarm or cold water and mild detergent
• If necessary, it can be machine washed on a low-speed, delicate cycle
• Do not use bleach
Drying
• Never put in a tumble dryer
• Allow to air dry naturally, hanging up
• Avoid direct exposure to high heat
Important Considerations
• Do not use stiff brushes or abrasive cleaning products
• Some marks and color variations are natural characteristics of sailcloth
• Harsh chemical cleaning products may damage the fabric structure