- Wooden houses have several advantages
- Natural & Healthy
- Acoustically Appropriate
- Rust is no longer a problem
Wooden houses have several advantages
Technology for making wooden prefabricated houses advises using natural materials, which many scientists believe is a method to live closer to nature, resulting in a longer life expectancy. Wood, glass, and rock Gibbs are natural materials used in the construction of prefabricated houses. These prefabricated houses also have the following advantages:
Prefabricated houses are lighter, which decreases the cost of pouring the foundation and allows them to be built in places with groundwater, implying greater rigidity and earthquake stability. Prefabricated houses can be built in 5 to 10 times the time it takes to build a traditional house.
Prefabricated houses are built dry
therefore there is no need to wait 3 to 12 months for the plaster inside the premises to dry, as in monolithic houses. Because of the insulation in the walls of these prefabricated houses, heating costs are lower. A prefabricated home wall with a thickness of 15 cm is claimed to be equivalent to a 30 cm brick wall. Prefabricated houses of this sort have solid walls.
“Wood chopping is a popular pastime. One can observe the results of this action right away.” Einstein, Albert. He appears to have hit the nail on the head. People prefer quick, low-cost outcomes, which is exactly what wood can provide.
Some wooden home builders can build a 100m2 wooden house on site in as little as seven days. Imagine going to Dublin for a two-week holiday and coming home to find a new structure sprouting in your next-door neighbor’s garden. I told you wood was awe-inspiring!
When compared to brick, stone, or concrete, wood constructions save time and, as a result, labor costs. This is especially true in extreme weather circumstances like heavy rain, snow, and ice, when wood construction may proceed uninterrupted. Plans for wooden constructions are also reported to be easier to follow than brick, concrete, or steel frames, according to a builder acquaintance of mine.
Wood-framed houses allow for easy alterations both before and after construction, and it is because of this easiness, variety, and cost effectiveness that they are such a popular and affordable option. Post-construction modifications to insulated concrete form dwellings (ICF) can be costly, difficult, and time consuming.
In the manufacturing process, it is friendly
Modern construction techniques are used in the design of wooden houses, making them environmentally friendly in both manufacturing and living.
Prefabricated buildings are those that are built off-site and fitted in a short amount of time with minimal waste. Rapid progress has no negative impact on quality. We are capable of carrying a wide range of architectural solutions.
Because green is such a popular color these days, it will undoubtedly play a prominent role in this piece. Tree houses are long-lasting, renewable, and environmentally benign. Did you know that wooden constructions absorb and store CO2 from the atmosphere, and that wood is carbon neutral (in fact, it is the only carbon neutral construction material) even when haulage is factored in?
For every cubic metre of wood used in construction, 0.8 tonnes of carbon emissions are saved; therefore, if a residence uses 20 cubic metres of wood, 16 tonnes of carbon emissions are saved. In comparison, driving 90,000 kilometers produces 16 tonnes of carbon (as a very crude estimate). Using wood in construction, whether it’s a full construction or simply the wooden frames, has a significant impact on climate change.
Most westernized countries have laws requiring that at least one tree be planted for every one that is chopped down. This is crucial because it means that there will be more wood on the globe, which means that carbon will be absorbed more effectively. But let us not be fooled; deforestation is a despicably sad reality; consequently, make sure your source of wood isn’t suspect.
Because mature trees absorb less carbon than younger, faster-growing trees, it may be useful in the fight against climate change to take down older trees, utilize them for construction, and replace them with new carbon-absorbing trees.
Wood-framed structures are substantially lighter
resulting in low-cost substrates and greater seismic resistance. They are well insulated, resulting in significant energy savings for winter heating and summer acclimatization. Wet processes, which are a primary source of moisture in solid construction, are avoided with this style of construction. Last but not least, the reduced price at the same degree of excellence and elegance, the space savings, and the ease and speed with which new needs may be met.
Extremely effective insulator and energy saver
When heated, some construction materials, such as steel and non-combustible inorganic materials, expand, weakening and collapsing the structure. Wood, on the other hand, reacts in an almost opposite way. Wood dries and actually becomes harder when heated (not to a flammable temperature, of course).
Let’s look at some comparisons. Glass transmits heat 23 times faster than wood, 90 times faster than marble, 1650 times faster than steel, and 7000 times faster than aluminum.
This implies a home’s energy ‘leakage’ is reduced. Wood is a fantastic option to brick, concrete, or stone if you want to keep the warmth (or coolness) in your home while saving money on heating (or cooling). Wood is the star kid of insulation when compared to other construction materials.
- In a nutshell, using wood reduces heating costs, and employing wooden frames within constructions is cost-effective.
- Fact: Wood expands slightly when air humidity falls below 0 percent, but this won’t effect the builders among us because humidity rarely falls below 5 percent, even in the driest of climes.
The numerous advantages of wooden houses are significant reasons why they are favoured in many places where wood is plentiful. Wooden houses were still utilized centuries before Christ, according to history, fairy tales, and other sources, and before concrete was invented by experienced complete epochs. Naturally, how technology works in our time has little to do with how it worked in that period.
Materials with a Long Life Cycle
Modern wooden houses are composed of high-quality wood and long-lasting materials, allowing them to serve as shelter for many generations. Wood generates a pleasant sensation and a nice atmosphere in the room due to its nature and qualities. With its function extractor for the tree in the house, which acts as a humidity regulator, all of this air has a lovely odor and is restorative.
Wooden house technology
Modern technology is used in the construction of wooden houses, and all of the houses are made up of prefabricated elements. Processed wood is used in the production foundation, and the house is put together fast without using too much wood or other materials.
Natural & Healthy
For some people, this is a serious concern because electrostatic charges are thought to be hazardous to some extent. Wood emits no electrostatic charge, which is great news for you.
When a space is completed with uncoated wood, it helps to manage humidity, which may be beneficial to persons who have respiratory sensitivities. Not only can it regulate humidity, but the very sight of wood is said to calm the mind and ease the nervous system. Just make sure the humidity doesn’t make the wood too wet; else, the static electricity benefit can be lost.
As a result, wood is considered to be a healthier alternative to metal, plastic, and other materials.
Even while wood isn’t a perfect sound insulator, it absorbs sound waves and prevents echoes from bouncing about the space. Wood is far more effective in sound insulation than its constructive counterparts, especially when it comes to insulating between different rooms.
Many music halls around the world use wood because it naturally dampens sound and creates the optimum tone in the room.
Rust is no longer a problem
Last but not least, wood is non-corrosive. Even while it can oxidize in some form, when compared to metal, it is statistically insignificant. True, some metals don’t rust, but they’re also more expensive; and how can you criticize wood now that we’ve seen how lovely it is?
The cost of a wooden house
And, of course, there’s the cost. Wooden houses with their lower prices have the same levels of completion of projects at a luxury level, even in primitive cosmetic, appearance, mobility, resource economy, and simplicity of maintenance.
The bid is prepared based on the performance of the client’s architectural design and the main dimensions of the construction elements. Sizes and quantities are specified based on the information provided above, and technical aspects are coordinated with the client.
Wooden houses have a number of drawbacks
As a downside of prefabricated wooden buildings, the shorter duration for technical use is highlighted. Monolithic buildings have a shorter lifespan than standard supported and operated wood houses because to savage exploitation and lack of routine maintenance.
Prefabricated concrete blocks and brick buildings can be seen all over the place, ill used and poorly managed. Wood and its derivatives prefabricated houses may have a long technical life, i.e., a time comparable to that of other buildings, up to the point of overthrow. Houses made of wooden scaffolding poles-beam or plank construction, for example, typically have a technical lifetime of more than 300 years. Hundreds of instances can be seen in seaside and mountain villages and towns, where historic wooden buildings have been preserved or turned into modest hotels, restaurants, and creative hubs.
Another “defect” is the attack of biological creatures such as fungi and insects on wood. The problem can be solved by utilizing dry wood that has been treated with antiseptics and pesticides during the manufacturing and assembly process. Leaks, infilling outside walls with a finger, or creating other circumstances for the development of wood pests should not be allowed during their existence. Other types of buildings are likewise subject to these criteria.
Sandwich panels with a wooden house
Advantages and drawbacks
Sandwich panels have the following benefits
become more efficient and simple
You can have a ready-to-move-in house in a month and a half.
allowing for a cheaper cost
the risk of snatching the coverings
The strength of their link to the foundation and to the already-built wooden home is debatable.