Panelized Home

Easy Installation

The most obvious advantage of the panelized home system is that it is much faster than other construction methods. Because the panelized home kits are already pre-fabricated and designed to fit together quickly and easily, the building process can be completed in a fraction of the time it would take to build a home using traditional methods. This makes it an ideal option for those who are looking to build a home quickly and cost-effectively.

Energy efficient

Another advantage of the panelized home system is that it is much more energy efficient than traditional construction methods. The panels used in the construction process are designed to be airtight, meaning that they can help to reduce energy costs by preventing air leaks and improving air quality. In addition, the panels also provide excellent insulation, which can help to reduce energy costs even further.

Aesthetic advantage

Panelized home systems also offer many aesthetic advantages over other prefab homes. The panels are exquisitely designed and stylish, and can be customized according to your own personal style, while other prefabricated houses cannot achieve the effect of panelized home system cornices due to the limitation of fixed dimensions . The panels can be designed to match the design and color of an existing home, blending the two seamlessly.

Strong structure

Panelized home systems are designed to be strong and durable. These panels consist of Rigid foam core with two layers of structural board, have superior structural performance to wood framed and steel framed walls . Under extreme conditions such as earthquake and wind protection, the seismic performance of the panel is better than other buildings. The panelized home kits lasts longer than other fabricated homes, at least guaranteed to last at least 70 years.

1、Rigid foam core with two layers of structural board
2、MGO panels have superior structural performance to wood framed and steel framed walls (up to 2X)
3、Share the same structural properties as L-Beams and I-Beams
4、Under extreme conditions such as earthquake and wind protection, the seismic performance of the panel is better than that of other buildings.

Prefabricated panelized home system – Sound insulation:

Two rows of 50×100 mm wooden keels are staggered between traditional walls, and sound-absorbing material (STC 55) is placed on one side. Solidhome prefabricated panelized home kits can reach (stc 58-59). The prefabricated panel has continuous insulation and fewer gaps to be sealed than traditional wood structure and light steel structure walls, so the sound propagates less through the gaps in the wall components.
The core of each component is a standard precast panel consisting of an insulating foam core (GPS) and two sides of the magnesium oxysulphide (MGO) skin. Directly connected to one side of the panel is 12 mm X-type gypsum wallboard. On the other side, a clip is screwed to the panel. Then clip the cap groove into the clip and fix 12 mm X-shaped plaster on the cap groove. The clip minimizes the contact area of each layer of the assembly, which helps to separate the assembly and reduce sound transmission, while providing sound insulation quality for the entire assembly. Additional sound insulation can be achieved by adding 60 mm glass fiber insulation to the space between the panel and gypsum generated by the clip. The components are non directional, so the clip system can be installed on either side of the wall preferred by the architect.

Advantages of Prefabricated panelized home kits system include:

1、Allows for highly efficient CAM manufacturing process
2、Rapid on-site installation
3、Improved building quality
4、Design flexibility
5、Superior structural performance with rigid building structures
6、High fire-ratings
7、Environmentally sustainable
8、Earthquake resistance and wind protection
9、Excellent thermal properties – 70% more energy efficient than conventional concrete and wooden

Prefabricated panelized home system –Fire Ratings:

• Solidhome customized MGO meets all fire rating single storey and low rise residential units in Australia, Europe, Japan and North America.
• Most 12 mm MGO board has a two-hour fire rating.
• MGO board does not burn, and is a poor conductor of heat.
• MGO does not produce toxic off-gassing when burned at temperatures greater than 700 degrees.
• MGO is stronger than plywood, OSB, and particleboard. It doesn’toff-gas VOCs like OSB’s formaldehyde-laden glue.
• MGO has superior fire suppression characteristics when compared to portland cement, OSB, and plywood.
• MGO’s water-resistant characteristics make it more resistant to mould than plywood, OSB, and gypsum board

Insulation is one of the key components of any energy-saving residential or commercial building. Insulation is evaluated by R value and the thermal resistance of materials is measured. Insulating materials with higher R value form a more effective thermal barrier between outdoor temperature and indoor air-conditioned space. As shown in the figure, Solidhome prefabricated wall panels provide more R values than wooden dragon bone walls or light steel walls of the same thickness.

1. Very high R values and very low thermal bridges minimize heat transfer between the internal and external surfaces of the building
2. In closed buildings, the energy consumption is low and the thermal efficiency is as high as 95%
3. Low carbon emission green building technology
4. When considering real-world factors such as thermal bridges and spray foam (PU) and glass fiber installation gaps, precast wallboard can provide continuous insulation, maintain its prescribed R value, and be better than glass fiber insulation.
5. When the wood keel or steel structure in the structure transfers heat from the interior of the building to the outer surface, a thermal bridge will occur, but there is only a small amount of steel structure in the prefabricated plate quick assembly panel. Therefore, the generation of thermal bridge phenomenon is far lower than that of traditional structures

Based on Test Results: Whole Wall Rating Label for Structural Panel: Steady-State Thermal Analysis. June 4, 1999, OakRidge National Laboratory. Also refer to Federal Trade Commission 16 CFR Part 460, labeling of home insulation.