Category Archives: Residential 2 Bed Timber Frame Lodge

OUR RESIDENTIAL MOBILE PARK HOMES ARE THE BEST

Below is an accurate description on how the standard BS 3632 Park Homes, or static mobiles, are manufactured by the top 10 UK leading manufacturers: “They do not have to be better”, they just meet the regulation to its letter.

And when you are hypnotised by the kitchen and TV you forget to ask them one very simple question, Is this a financial investment? if they say yes, they are lying, if they say no then they are just plain stupid, as why do they think for the past 50 years you have bought and sold and earned a tidy sum from your property portfolio,, to waste every penny on a cheap, nasty , awful , rubbish BS 3632.

Our residential park homes are manufactured to such a high standard that no one in the industry is even slightly close, our basic insulation package is 250 floors, 300 walls, and 350 roof, fitted with triple glazed windows and doors. That’s just the beginning; all our units are made with C24, graded KD FCE timber, we offer fireproof, waterproof, and insulated cladding on the outside of the building; and amazing internal panel systems that make you building look like a house in Park Lane. And the price is lower than anything even similar to that offered in the UK.

Insanity, from £80.000 to 500.000 for a Residential Park Home manufactured to the standard
BS 3632
Madness

BS3632’s Dreadful Reality: Poorly Manufactured, Expensive, and Wasteful

The British Standards Institution (BSI) developed BS3632 standards to ensure that the building and design of residential park houses, vacation lodges, and static caravans satisfy the appropriate safety and quality norms. On the surface, these tight rules appear to be a wonderful concept; nevertheless, upon closer study and analysis, it becomes abundantly clear that adhering to BS 3632 frequently leads in expensive, overpriced holiday homes of poor quality, far from optimal comfort and safety. Indeed, deciding to build and purchase a vacation home to this standard demonstrates a careless disdain for quality, wastefulness of resources, and utter financial inefficiency.

To begin with, BS3632-compliant constructions are frequently built with extremely expensive building materials such as premium insulation, strong roofing materials, and fire-resistant materials. As a result, these vacation homes are significantly more expensive than residences that do not adhere to such stringent regulations. Factory cabins, the most popular choice for park home buildings in the UK, are often even more expensive due to their large-scale production procedures. Aside from the financial burden, the bulk of these high-end building materials are generally of poor quality, revealing a lack of attention and diligence in their design and construction. As a result, many holiday homes that meet the BS3632 standard today are bad investments, with poor performance in cold temperatures, trouble holding heat, and a variety of other structural flaws.

Furthermore, the inefficiency and excessive expense of such a method of developing vacation homes do not end there. If your static caravan, holiday home, or mobile home fails to meet BS3632 standards, large-scale improvements and renovations are frequently required; this necessitates both financial and time investments that could have been avoided if a stronger emphasis on quality was placed during initial construction. Furthermore, up to 60% of the resources used to construct the mobile or park home are frequently squandered, making this an unsustainable and expensive approach in both the short and long term.

It is clear that the harsh reality of BS 3632 does not live up to the initial promise; while the idea of having such stringent guidelines for the construction and design of residential park homes may appear appealing, following BS 3632 frequently results in poorly manufactured, overpriced, and wasteful holiday homes. Choose a builder and manufacturer who refuses to accept subpar materials and is dedicated to providing you with the best holiday home experience possible for great quality, safety, and sustainability in your vacation house. We are dedicated to delivering holiday homes that meet and exceed industry standards without sacrificing energy efficiency, comfort, or your budget at [Your Company Name]. Invest in a holiday house that prioritises your comfort and actually enriches your vacation experience.

At Factory Cabins we build the best of the best, and our quality can not be touched. This amazing, massively insulated , quality timber frame Park home can be yours at a price that will make you smile and also its very sellable when you finished. And no you do not lose money!

Timber Frame or Brick, which is better?

The thermal performance and energy efficiency of new brick buildings and fully insulated timber frame buildings differ dramatically. The article dives into the reasons why new brick projects frequently fall short in these areas when compared to their timber-framed equivalents. It is important to highlight that this debate does not explore any legal, ethical, or moral consequences; rather, it concentrates entirely on the technical elements of the problem.

To begin, the selection of construction materials is critical in determining a building’s energy efficiency. Brick buildings, despite their longevity and aesthetic appeal, have poor insulating characteristics. Bricks are dense and have a relatively large thermal mass, which means they can absorb and hold heat. However, this same quality works against them in terms of energy efficiency. During hot weather, brick walls can absorb and reflect heat into the building’s interior, raising internal temperatures and increasing dependency on cooling equipment.

Timber frame constructions, on the other hand, take advantage of the natural insulating characteristics of wood. Wood has a lesser thermal conductivity than brick, which means it does not transport heat as easily. Because of this intrinsic feature, timber-framed constructions are more effective at keeping a steady indoor temperature. Furthermore, timber framing allows for the insertion of insulation materials within the walls, producing a barrier that limits heat transfer between the interior and outside environments. As a result, these buildings demand less energy for heating and cooling, contributing to increased energy efficiency.

The construction approach itself contributes to the variations in thermal performance. Brick buildings are built using traditional masonry techniques that entail laying individual bricks with mortar. This procedure can result in gaps between bricks through which heat can penetrate, resulting in thermal bridging. These gaps can impair the insulation of the building envelope, making it less effective at preventing heat exchange. Timber frame buildings, on the other hand, can be precisely built to minimise such gaps, ensuring a more continuous and effective insulation layer.

Furthermore, the design freedom of timber frame construction allows for the incorporation of sophisticated insulating materials. Modern insulation materials, such as rigid foam boards and spray foam, can be smoothly incorporated into timber frame constructions, providing better levels of heat resistance. Because of construction limits, these materials are frequently difficult to retrofit into existing brick buildings. Timber frame buildings have a distinct advantage in terms of adapting to evolving insulation methods due to their design versatility.

Another critical issue is building pace. Brick buildings, due to their labor-intensive nature, might take longer to finish, thus delaying the project timeframe. Timber frame buildings, on the other hand, may be erected faster, decreasing construction time and expenses. This efficiency not only allows for faster occupancy but also reduces the environmental impact of building activities.

This amazing timber-framed, highly insulated house below, if timber frame, with a external brick cladding system, which means, fireproof, long term wear, rain , waterproof, and also combines as insulation as well. What your looking at is an A rated highly green house, that saves you thousands in energy bills.

In conclusion, a variety of factors, such as material qualities, construction techniques, and design flexibility, contribute to the thermal efficiency of contemporary brick structures when compared to fully insulated timber frame buildings. Despite having advantages in terms of strength and beauty, brick buildings are not as energy efficient as timber-framed ones. It is important to note that these observations are based simply on technical concerns and do not go into ethical, legal, or moral issues.

Thank you for reading our article. if you would like any further help, please call

+44 208 133 5164

sales@factorycabins.com