The structural and maintenance systems of Tseason housing products all use A-level and B1-level fireproof materials that meet national standards and comply with domestic fire protection requirements.
In addition, in order to open up the Middle East market, our company has conducted INTERTEK fire resistance tests for 1 hour on the maintenance materials of the houses and obtained the corresponding certificates.
Tseason integrated house products can withstand an earthquake intensity of 8 degrees, equivalent to a seismic resistance level 6.4.
In addition, our company has jointly conducted a housing product ultimate load-bearing capacity experiment with Tsinghua University, which has verified that Tseason Module house products have this level of seismic resistance performance.
In the event of an earthquake, the light steel structure products have better flexibility, which can effectively reduce the destructive force and harm to personnel.
Tseason standard product designs all meet the most basic load parameters, with a wind pressure of 0.45KN/㎡, equivalent to a 10-level wind.
If the project site has a harsh environment and high wind pressure, the standard structure cannot meet the load-bearing requirements, and the structure needs to be reinforced. The reinforcement measures are usually divided into house structure reinforcement and external structure auxiliary reinforcement.
For example, in house structure reinforcement, the cross-section of the main load-bearing beams and columns is increased, or reinforcement accessories are added to the leading load-bearing node positions; in external structure, auxiliary reinforcement, anti-wind cables, and other measures can be added.
At the same time, the enclosure materials also need to be reinforced, such as adding structural purlins, Encrypting the fixing of self-tapping nails, and other measures to ensure the safe use of the house.
Tseason has project cases in regions with strong winds, such as the Bahamas and Mauritius, all of which have been tested by winds of 12 levels or above.
In particular, in 2012, Tseason participated in the construction of the China Construction America Bahamas project, which successfully resisted the attack of Hurricane Elena, a Category 17 hurricane.
The lifespan of a container house can vary depending on the type of house and how it is used.
Depending on the customer's application scenario, Tseason container houses can meet the needs of both temporary and semi-permanent construction.
Here is a breakdown of the typical lifespan for different types of container houses:
Many factors can affect the lifespan of a container house, such as the climate and environment in which it is used and how frequently it is used.
In the design process of Tsesaon Flat Packing houses, we pay more attention to the structural safety and material durability of the houses.
We will develop material standards based on different usage environments and lifespan requirements and verify them through experiments.
For example, through salt spray experiments, we will develop anti-corrosion standards for structural and enclosure materials to ensure the structural safety and normal use of the houses within the design lifespan.
Standard container house dimensions:
Our products include a variety of functional house modules:
These modules can be freely combined to meet the needs of most customer application scenarios.
We can also customize the size, appearance, and function of the container house according to your specific needs.
IBIM: Intelligent Building Information Modelling (IBIM) is an intelligent building project realization system based on BIM technology. Tseason has developed a customized IBIM program for a specific set of low-rise structural products, which has improved the efficiency of the project and shortened the construction period by realizing the experience of specialists in product design, manufacturing, construction organization, and budgeting in the form of computer automation program and replacing the work of related personnel.
Tseason's customized IBIM program was developed for a specific low-rise structural product, compressing the original cycle time from structural plan to construction drawings, calculations, fabrication drawings, and equipment control instruction file submission from 3 weeks to 41 minutes, a 175-fold increase in efficiency.
Yes, PU sandwich panels contribute to energy efficiency, reducing the overall environmental impact of a structure.
Absolutely, the versatility of PU sandwich panels allows for a wide range of customization options to suit specific design needs.
Sandwich panels play an important role in energy-efficient buildings because of their excellent thermal insulation properties, reduction of thermal bridging effects, lightweight and high strength, and rapid construction sustainability. By using sandwich panels, buildings' energy efficiency can be improved, energy consumption can be reduced, and a more comfortable and sustainable indoor environment can be created.
Here's an article that answers the reasons in detail
Polyurethane sandwich panel is a class B fireproof material with good fireproof and flame retardant properties, which meets the fire requirements. It has a thermal conductivity of 0.019-0.023w/m.k, excellent thermal insulation performance, and a normal service life of more than 30 years.
