Coffee table Olympus pakoworld in wenge colour 110x51x42,5
Click Here to download the Product Assembly Instructions.
Coffee table Olympus pakoworld in wenge colour 110x51x42,5
Are you looking for a small table that combines: High durability, aesthetics and storage space?
If so, then Olympus is your choice. A solid construction, ideal for home and business use (hotels, hostels, airbnb etc)
The storage space at the bottom of the table is very helpful in everyday use.
Technical Specifications:
- Made of high-quality chipboard with Paper wood coating .
- It has two flat surfaces in a harmonious color combination.
- Available in wenge color.
Product Dimensions:
- Length: 110 cm.
- Depth: 51 cm.
- Height: 42.5 cm.
Material Information:
- Chipboard: Chipboard is a composite wood material made from small pieces of wood, usually pine or fir, glued together under high pressure and temporature using resins. It is widely used in furniture construction, interior surfaces, and structural applications.
- LPL Decor Paper: LPL (Low-Pressure Laminate) Decor Paper is a material widely used for decorating surfaces, such as furniture, doors, floors, and other interior decoration surfaces. It is a type of decorative paper impregnated with resins to become durable and glossy. Then, it is applied to substrates such as MDF or plywood and processed under low pressure and heat to produce products like furniture surfaces. It is available in a wide variety of colors, designs, and textures that can replicate natural materials such as wood, marble, and granite.
Maintenance Instructions:
- Chipboard: For cleaning chipboard, you can use a soft cloth lightly dampened with water and mild detergent. Avoid excessive use of water and keep the surface dry after cleaning.
- LPL Decor Paper: Surfaces with LPL coating are easy to clean with mild detergents and a soft cloth. Avoid contact with liquid elements.
Remarks:
- The product is delivered unassembled, in factory packaging, and with detailed assembly instructions.
- The color shade of the product may slightly differ from its photographic representation on your screen.