46cm x 40cm Extra Large Mikos Ridged Composite Planter – Stone Effect Indoor Planter

Bring a bold, sculptural presence to your space with the 40cm x 46cm Extra Large Mikos Ridged Composite Planter in Stone Colour. Designed with a subtle speckled stone effect and a beautifully ridged exterior, this planter adds instant depth and texture to any room. Hand-finished in a rustic style, each piece has its own unique character, making it a standout addition to both modern and natural-themed interiors.

Crafted from a premium fibreglass cement composite, this extra large planter offers the perfect balance of strength, durability, and a refined stone-like appearance—without the weight of real stone. Measuring 46cm high with a 40cm width, it is ideal for housing generous displays, including taller artificial plants and larger root-ball real plants. The inner opening measures 33cm, ensuring compatibility with a wide range of starter pots and all bare-stem artificial plants.

With its neutral stone colour and clean ridged pattern, this planter works beautifully in living rooms, hallways, offices, and entryways. While designed primarily for indoor styling, it can also be used outdoors in a sheltered area, making it a versatile choice for enhancing your décor throughout the home.

Browse our Large Planters for bold, space-defining plant displays.

Key Features & Specifications:

• Weight: 5 kg (approx.)
• Size: 46 cm (h) x 40 cm (w) x 40 cm (d)
• Material: Fibreglass cement composite (stone-effect finish)
• Category: Extra large planter
• Inner Hole Diameter: 33 cm (fits all bare stem plants & most starter pots)
• Design: Ridged exterior with a rustic, hand-finished stone texture
• Pot Type: Composite planter (no legs included)
• Drainage: Fitted with a drainage hole
• Suitable For: Artificial plants or real plants
• Care: Wipe gently with a soft dry or slightly damp cloth; avoid abrasive cleaners to preserve the finish.

Note: Suitable for indoor use. If placed outdoors, keep in a sheltered location and protect from harsh weather.