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Floor Standing Electric Fire

A floor standing electric fire is a fireplace which sits on the ground, rather than being constructed into a wall. They all create the illusion of flames while producing heat. They can be utilized with a log or coal effect fuel bed, or a contemporary pebble effect.

Certain models come with a remote control that allows you to adjust the settings from the distance. They are CSA certified and safe to use in rooms with children.

Features

Electric fires that stand alone can bring a classic look to any room. They are easy to install and require little space. There are many styles to pick from and most of them feature a black free standing electric fireplace surround to create an impressive effect. Choose a log effect electric fires freestanding or coal effect fuel bed to add to the authentic feel or choose the pebble effect in a color to spice things up.

You can also choose to install an electric fire into your fireplace mantel. These provide a more permanent alternative to wall-mounted models and also allow for additional storage furniture like sideboard cabinets or credenzas to be placed underneath the fireplace. They are available in different styles that will fit into any style. Some are even available with a mirrored or glass panel for a modern style.

Built to fit into the fireplace you already have, an electric insert can be the perfect solution to update your home's design without spending a lot of money. These inserts are also efficient in terms of energy consumption to heat your home since they do not require a chimney or vents. Instead they connect directly to the wall and produce up to 4700 BTUs of heat.

Installation

A freestanding electric fires uk electric fireplace is a fantastic option if you want to add a fireplace without chimney. Direct Fireplaces offers a broad range of electric fires that can be used to heat your living space, or to add a warm touch to your guest room.

We have a wide range of traditional and contemporary electric fires from the top brands, including Be Modern, Dimplex and Celsi. All of our products come with a comprehensive warranty and finance is available.

With a variety of sizes and finishes you're bound to find the perfect electric fireplace for your home. We also have a fantastic collection of accessories, including hearths and back panels, so you can pick the perfect finishing touch for your fireplace.

Wall-mounted electric fires are becoming popular as a multi-purpose and simple way to add an attractive accent to your home. As they don't require a flue or chimney, installing them is fairly straightforward but it's essential to follow the guidelines of the manufacturer and have the necessary tools in your arsenal.

Depending on the model you select It may be necessary to drill holes in your wall and then install a bracket. Before drilling, it's a good idea to use a stud finder and a spirit level to make sure that you're not drilling into anything that is important.

Once you have the wall bracket set It's time to install your fire. This can either be done by putting the fire in the firebox, and then securing it onto the bracket, or you might need to connect the screen and firebox as one unit. If you are not confident doing this on your own we suggest hiring an electrician.

Enjoy your new fire once you're done! Be sure to connect your electric fireplace to a dedicated power socket instead of an extension cable. This will ensure that your fire is safe and it'll help to prevent any issues with your power supply in the future.

Flames

freestanding electric fires uk Flame Effect Electric Fires (Www.Stes.Tyc.Edu.Tw) electric fires have various flame options to suit your interior style. Some use a chemical mix that rises from a single point, and do not have the chaotic look of real wood log flames while others are built on state-of-the-art LED technology that gives the flames lifelike movement and unpredictability. MagikFlame's Hybrid FX technology provides an immersive experience through the cycling of the flames, accent lighting, and ember bed through the spectrum of colors in a rainbow-like manner.

Many models are available with left-corner, corner-right or three-sided bays to provide more flexibility. There are also single-sided wall mounted models that work as partially or built-in electric fireplaces. These are ideal for a simple and quick installation.

Fuel bed

The fuel bed associated with an electric floor-standing fire is the material that is flammable that surrounds the flames and is responsible for their combustion. The fuel bed is constructed from a variety of materials, including real coals or log effect. It can also be customised to complement your decor. A variety of factors affect the shape of the fuel bed, such as its size, shape and structure, which can greatly affect the combustion of the flames.

In an investigation of fuel beds made of pine needles, Anderson (1964) observed that the spread rate of fire was independent of fuel depth above a threshold of 0.0762 meters (with an upward relationship below this depth threshold). This observation was in line with earlier observations made in crib fire experiments conducted by Catchpole and others as well as observations from the vast study of fire behaviour of which Rothermel is the most famous.

However, the structure of natural fuel beds in wildland habitats is extremely complex and their characteristics change widely over time and across space. Fuel Characteristic Classification System was designed to recognize this variation and determine the potential impact of fuelbeds on fire behavior. Fuelbeds classified by FCCS are grouped into six strata that include: shrubs, canopy, nonwoody fuels, woody fuels, litter-lichen-moss. The attributes summarized by Consume 4.2, included in the FFT software, can be useful in mapping fuelbeds. They can be used to input into models to predict the behaviour of fire.

For each of the six types of fuelbeds A dimensional analysis was conducted to compare the spread rate of fire under wind and non-wind conditions. This resulted in the generation of dimensionless groups for each of the pertinent variables: dimensionless fire rate of spread, dimensionless fuel particle size and moisture content, dimensionless fuel bed depth or the fuel loading density and dimensionless wind speed and angle of inclination. Dimensionless correlations based on the groups that were created correlated the spread rate of fire in wind and no-wind conditions reliably. It is important to note that these dimensionless correlatives were based only on experimental data that included a limited number of natural fuel types that are found in wildland areas.