Conventional wood hearths and stoves have been used for hundreds of years. Conventional hearths are very ineffective in heating an area, as they mostly use radiant energy to provide heat. Conventional hearths and stoves use the atmosphere from the room to supply oxygen for combustion.
Wood fireplaces can be found in a broad range of styles and materials. Wood burning stoves can also be found in various styles, colors and attributes, based on your heating needs.
You will find alternatives to consider for both wood burning hearths and wood burning stoves. Conventional hearths, built of firebrick and mortar, are made to burn logs.
The sizes and styles of hearths are as varied as the architects who’ve designed them. Conventional hearths are often constructed onsite using brick masons, cinder blocks, fire brick and ceramic flues. The chimney of the hearth needs to go above the highest level of the roof to avoid downdrafts.
The size and weight of the conventional hearth requires a significant and stable basis. Generally conventional fireplaces are constructed during new building.
Fireplace inserts have piled up in popularity, as they’re much cheaper and lighter than conventional hearths. Fireplace inserts are integrated in factories and sent pre-assembled to the home, leading to less labor costs for installation.
Wood fireplace inserts are also made to be installed next to wood supplies, with close clearances, enabling wood framing for use in chimney building.
Many metal hearth inserts have air channels and fans to improve the quantity of heat transferred from the fire. Both hearth inserts and conventional fireplaces need the installing of flame proof fireplace on the floor. You can consider outsourcing this, if so read more about such service here.
The fireplace is needed to prevent logs that might roll out from the hearth from setting the floor on fire. Traditional wood burning stoves are constructed of cast iron.
Antique stoves aren’t air tight, preventing accurate adjustment of the fire. Since the flame is difficult to regulate, more heat is lost in the flue gases, reducing the stove overall heat efficiency.
The thick cast iron utilized in the building of older stoves allows an incredibly long useful life. Stoves built in the early 1800’s continue to be used with small restorative work.
Airtight stoves became well-known throughout the 1970 due to their greater efficiency. The benefit of the airtight stove is in the prolonged burning time and greater fuel efficiency.
Modern airtight stoves have catalytic converters that help reduce the quantity of creosote along with other unburned gases going up the flu. Both types of wood stoves need to be placed on fireproof surfaces.