Teen Flex TF-03 Bookcase in Silk Flou & Oak Hickory - 270mm x 2180mm x 400mm - Compact Design with Maximum Storage

Product information

Enhance your child's room with the Teen Flex TF-03 Bookcase, a masterclass in compact, stylish storage. Measuring 270mm wide, 2180mm high, and 400mm deep, this bookcase is designed to effortlessly fit into small corners, offering an innovative solution for keeping the room tidy and organised. The bookcase's Silk Flou & Oak Hickory finish adds a touch of modern elegance and offers versatility to match any room aesthetic. Seven open shelves provide plenty of room for various items, from books to beloved toys and decorative pieces. Constructed with durability in mind, the TF-03 is a lasting addition to your child's bedroom, ensuring a combination of functionality and chic design. Assembly is required, allowing for a personalised setup that complements your space perfectly.

• Only fittings included
• Guarantee - 1 year

Features and benefits

• Space-Efficient Storage: The Teen Flex TF-03 Bookcase, at just 27cm wide, is perfectly designed to fit into any corner or small space in a child’s room, offering stylish and efficient storage.
• Stylish and Durable Construction: Crafted from 16mm abrasion-resistant laminated board in Silk Flou & Oak Hickory, this bookcase combines durability with a modern aesthetic appeal.
• Versatile Shelving Options: With seven open compartments, the TF-03 provides ample space for books, toys, and decorative items, making organisation easy and visually appealing.
• Elegant Design: The sleek Silk Flou & Oak Hickory finish not only adds a contemporary touch to any child's bedroom but also complements various decor styles seamlessly.
• Built to Last: The high-quality laminated board construction ensures that the bookcase can withstand the wear and tear of daily use, serving your family for years to come.
• Optimised for Small Spaces: Its narrow footprint makes the TF-03 an ideal choice for maximising storage in limited spaces, without compromising on style or functionality.