Modern Nordic-Style Rattan-Inspired Stackable Plastic Chair
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Description
Modern Nordic-Style Rattan-Inspired Stackable Plastic Chair
Our Nordic-style rattan chair blends seamlessly with minimalist aesthetics while offering practical comfort.
Key Features
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Ergonomic Rattan-Inspired Backrest: Features a ventilated octagonal hollow design that supports your back while keeping you cool and comfortable during extended sitting.
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High-Quality Durable PP Material: Made from upgraded PP material for enhanced hardness, scratch resistance, and long-term use without deformation or unpleasant odors.
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Stackable and Space-Saving Design: Lightweight and easy to stack, allowing multiple chairs to be stored efficiently without cluttering your space.
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Thickened Legs with Anti-Slip Base: Reinforced legs ensure strong weight-bearing capacity, while the non-slip foot pads prevent movement and protect floors.
Product Specifications
- Material: Upgraded Polypropylene (PP)
- Backrest Style: Openwork rattan imitation
- Color: White Chair with Beige Backrest
- Size: 43 cm (Length) × 41 cm (Width) × 81 cm (Height)
- Design: One-piece molded structure, stackable
- Seating Capacity: Up to 100kg
- Suitable For: Dining Room, Bedroom, Study Room, Balcony, Office
Product Care and Instructions
- Clean with Mild Soap and Water: Use a soft cloth with mild soap to wipe down the surface. Avoid abrasive cleaners to protect the rattan-like texture.
- Keep Away from Direct Sunlight for Long Durations: Though UV-resistant, prolonged exposure to strong sunlight may cause slight color fading over time.
- Stack Only When Fully Dry: Ensure chairs are dry before stacking to avoid moisture buildup between layers.
- Use on Flat Surfaces for Stability: To maintain chair balance and prevent tipping, use on an even, stable surface.
- Avoid Overloading Beyond Weight Limit: While strong, avoid exceeding 120 kg to preserve structural integrity and long-term performance.
- Avoid Overloading Beyond Weight Limit: While strong, avoid exceeding 100 kg to preserve structural integrity and long-term performance.
