210cm Artificial Olive Tree Realistic Faux Indoor Decorative Plant
Add timeless greenery to your home or workspace with this 210cm Artificial Olive Tree. Designed with realistic foliage, flexible branches and a sturdy cement-filled pot, this faux olive tree creates an elegant statement piece without the maintenance of a live plant.
Crafted from durable PE, fabric, plastic and metal materials, it offers a natural appearance while complementing modern, coastal and contemporary interiors. Suitable for indoor use and covered outdoor areas, it's an effortless way to enhance your décor all year round.
Create a stylish focal point with this 210cm Artificial Olive Tree, offering realistic greenery and effortless decorative appeal throughout the year. Key Features:
- Realistic Olive Tree Design
Natural-looking foliage creates an attractive decorative feature for a wide range of interiors.
- Impressive 210cm Height
Tall design makes an eye-catching statement in living rooms, entryways, offices and commercial spaces.
- Flexible Branches
Shape and adjust the branches to achieve your preferred look after assembly.
- UV-Resistant Foliage
Designed with fade-resistant materials suitable for indoor use and covered outdoor settings.
- Weighted Cement Pot
Stable cement-filled base helps keep the tree securely positioned.
- Tool-Free Assembly
Simple setup allows you to arrange and display the tree in minutes.
- Easy Maintenance
No watering, pruning or fertilising required. Simply wipe clean with a damp cloth when needed.
- Premium Decorative Finish
Complements a variety of décor styles, from contemporary homes to office and retail displays. Specifications:
- Brand: Randy & Travis Machinery
- Product Type: Artificial Olive Tree
- Tree Type: Olive Tree
- Height: 210 cm
- Colour: Green
- Materials:
- PE
- Fabric
- Plastic
- Metal
- Base: Cement-Filled Pot
- UV Resistant: Yes
- Assembly Required: Yes Ideal For:
- Living Rooms
- Home Décor
- Office Spaces
- Entryways
- Reception Areas
- Retail Displays
- Property Styling
- Covered Outdoor Areas