serwis
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What are the advantages of a ceramic burner
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The ceramic burner uses a liquid fuel that is much more environmentally friendly than wood or gas. There is no need for a flue to dispose of hazardous fumes, which makes this system ideal for apartments, homes, restaurants, hotels and offices; basically any location that needs the cosiness of a fire. Very easy to place and move because there is no need for special adjustments. The ceramic burner can be used to everyone’s special wishes; combined with one of the many surrounds from the Ruby Fires collection, in order to bring back fire in an existing (non-functioning) fireplace and in special made-to-measure projects.
Important to know is that the Ruby Fires ceramic burner is very safe in use: the ceramic core completely absorbs the liquid fuel but also closes off the burner. Therefore it is impossible for the fuel to run or leak out of the burner, even if it is held upside down! Check this demonstration video to see for yourself.
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What is the maximum duration of a ceramic fire
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The maximum duration of the fire of a ceramic burner is 3 – 4 hours when completely filled, depending on the type of burner. Specific fire times can be found in the description of each article in the collection.
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What is the product life of the ceramic burner and/or ceramic core
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When used correctly (see manual) and in combination with the correct LEF fuel (98% alcohol), the burner can be used for years to come. The ceramic core does not need to be replaced.
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What is a ceramic burner
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The Ruby Fires ceramic burner is a revolutionary product: a ventless fire with a ceramic burner. The big difference between the ceramic burner and other burners on the market, is that the Ruby Fires ceramic burner contains a ceramic core that slowly but completely absorbs the liquid fuel. The fuel is slowly released by the ceramic core in the form of a harmless gas, which burns gradually. The result is a safe and clean burner, which is easy to ignite and gives a beautiful consistent fire. Ruby Fires has the exclusive, worldwide patent on this system and it is therefore only available with the Ruby Fires dealers!
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How exactly does a ceramic burner work
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- The ceramic core makes sure that the fuel is completely absorbed and spread out in this core. This makes it easy to ignite the burner and the flames will be well visible. The gradual release of the fuel from the ceramic core makes sure there is a gradual and economic combustion and a stable flame.
- Due to the fact that the burner is completely filled up by the ceramic core, it is not possible for the liquid fuel to run out – even if it is held askew. Check this demonstration video to see for yourself.
- Because of the built in safety device, it is simply not possible to fill the ceramic burner while it is lit. The burner can only be filled when it is closed off and therefore extinguished.
- Because the burner is completely filled by the ceramic core, it is possible to use a fuel which contains 98% alcohol. This is the purest fuel available, which makes the combustion completely pure (without hazardous smells and remains) and produces a nice yellow flame.
- It is not the pure liquid fuel that burns, but the evaporation of the fuel from the ceramic core when it is exposed to the air. The gradual combustion makes the ceramic burner completely safe and economic in use. There is no need for a flue as there are no hazardous fumes.
- The burner is surrounded by an additional outer reservoir for extra safety. This is filled with ceramic wool, which absorbs excess fuel in case the burner is over-filled.
- This unique burning principle has been developed by Ruby Fires, worldwide patented and carries the DIN 4731-1 quality mark.
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Does the ceramic fire produce heat
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One of the advantages of a ceramic burner is that it produces a pleasant warmth. This heat cannot be used as a primary source of heating, but it contributes to a cosy temperature in the room. The burners have a capacity of 2 – 3.5 kW, depending on the size of the burner. Specific capacities can be found in the description of each article in our collection.
