Metal Trough Planter, Indoor & Outdoor, 90x30x82cm, Matte Black, Galvanized Steel, Weather-Resistant, Rectangular, Freestanding Garden Planter

Transform your indoor or outdoor space with this sophisticated black metal trough planter from Nicoman. Standing at an impressive 82 centimetres tall with a length of 90 centimetres and width of 30 centimetres, this sleek planter makes a bold statement whilst maintaining a space-efficient footprint. Crafted from robust galvanised steel, it offers exceptional durability and weather resistance, making it suitable for both interior and exterior settings. The contemporary matte black finish adds a touch of elegance that complements any décor style, from modern urban spaces to traditional gardens. The clever design includes a false base insert positioned halfway up the planter, offering flexibility in planting arrangements - use it with potted plants or fill the top portion with soil. Perfect for creating stunning displays with tall grasses, small trees, or cascading flowers, this versatile planter works beautifully in domestic gardens, patios, balconies, office spaces, or commercial environments. The thoughtful construction eliminates the need for special maintenance, allowing you to focus on your greenery rather than upkeep.

• PREMIUM CONSTRUCTION: Crafted from galvanised steel with a sophisticated matte black finish, ensuring exceptional durability and weather resistance for long-lasting performance.
• SPACIOUS DIMENSIONS: Measures 90cm long, 30cm wide, and 82cm tall, perfect for creating impactful displays while maintaining a slim, space-efficient footprint.
• VERSATILE DESIGN: Suitable for both indoor and outdoor settings, from home gardens and patios to commercial spaces and office environments.
• PRACTICAL FEATURES: Includes a false base insert positioned halfway up the planter, offering flexible planting options with either plant pots or soil.
• ELEGANT AESTHETICS: Sleek black finish and contemporary design make it an ideal choice for creating privacy screens or adding vertical interest to any space.