Nashville - White Freestanding Bioethanol Stove

The Nashville White Freestanding Bioethanol Stove by ScandiFlames blends classic stove character with the simplicity of modern bioethanol heating — perfect if you love real flame ambience without the hassle of chimneys or flues.

Finished in a crisp white powder-coated steel, Nashville has the charm of a traditional wood-burning stove but runs on clean-burning bioethanol fuel that produces real flames and up to ~2 kW of heat. With a 1.5-litre manual burner tucked behind a front glass door, you get up to 6 hours of comfortable flame time from a single fill, making it great for relaxed evenings in medium-sized rooms.

Designed to stand freely on the floor, Nashville is easy to place almost anywhere — in a living room, snug room, bedroom or even inside an existing hearth with a closed-off flue.

A standout feature of the Nashville is its three-sided glass viewing, with panels to the front and both sides of the stove. This allows the flames to be enjoyed from multiple angles, creating a more immersive and atmospheric focal point while also providing a refined, contemporary finish.

Key Specifications

• Brand: ScandiFlames
• Product type: Bioethanol Stove
• Use: Indoor
• Warranty: 2.0 years

Dimensions & Weight

• Height: 70 cm
• Width: 55 cm
• Depth: 37 cm
• Weight: 15 kg

Technical Specifications

• Fuel / power source: Bioethanol
• Heat output: 2kW
• Control: Manual
• Adjustable flame: Yes
• Minimum room size: 45.0 m³
• Fuel consumption: 0.25
• Power requirements: No

Burner / Flame Specifications

• Burner / flame unit: 1.5 Litre Deluxe
• Capacity: 1.5 litres
• Burn time (max): 6
• Flame length: 18.0
• Remote control: No

Material & Appearance

• Materials: Steel
• Colour: White

Installation Details

• Power: No
• Recommended location: Indoor

With its timeless aesthetic, adjustable flame and fuss-free operation, the Nashville White Bioethanol Stove is a stylish and practical choice for creating cosy indoor ambience and welcoming warmth without traditional installation constraints.