The Planika Bubble Wall and Floor Freestanding Fireplace is a bioethanol fire from Planika’s Senso line. This round fire pit is a new concept of a freestanding fireplace, going above the traditional vision of an indoor fire. Aside from its eye-catching design, we made sure to equip Bubble Wall & Floor with all existing safety solutions for ethanol-fuelled products.
– No flue
– Safety sensors
– Dedicated casing
– Indoor use only
INTEGRATED CONTROL PANEL
Starting the fire in a fireplace might seem like a complicated process, however with a simple integrated control panel, it’s as easy as it can be. All it takes is to push the button and watch the flame grow gradually. You can turn off the device anytime you want.
A modern vision of a fire pit, for people looking for an outstanding design in their interior. The whole unit is completed with an addition of sleek oak legs.
STAINLESS STEEL POWDER-COATED
The high quality of used materials and a protective layer increase the durability of the bioethanol fireplace, leaving the product pleasing to the eye for years.
LOW ELECTRICITY CONSUMPTION
Relatively low costs of electric consumption, allow users to enjoy a pleasurable warmth of Bubble Wall & Floor without the risk of high electricity bills.
GLASS FOAM GRANULATE
This stone-like decoration spreads the flame along the burner and brings a more natural colour of the flame.
ETHANOL FIREPLACE WITH HIGH LEVEL OF SAFETY
Bubble Wall & Floor was equipped with every safety system and technological solution, dedicated to Planika’s bioethanol products:
1. Sensors of fuel level
2. Automatic fuelling system
3. Microprocessors controlling the burning process
4. Burning ethanol vapours technology
NET ZERO TECHNOLOGY
To make sure our products don’t contribute to an excessive increase of fossil fuels to the environment, we decided to base our bioethanol fireplaces on a Net Zero Technology. The process of burning ethanol fuel only generates heat, water vapour, and a decreased amount of carbon dioxide. This amount of CO2 is equal to the amount of carbon dioxide which can be absorbed by the mentioned plants, due to the intensified growth process.