Customization: | Available |
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After-sales Service: | 5years |
Application: | Exterior Wall Of Building, Roof, Wall Panel |
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Freda Lin
EPS cement sandwich panels are a key component in sustainable construction. The EPS foam, being a recyclable material, adds to the environmental friendliness of the product. The cement layers are formulated to be long - lasting. These panels come in a range of thicknesses, widths, and lengths to suit different building needs. The production process focuses on creating a uniform and strong bond between the layers. They can be used in both new construction and renovation projects. Their ability to improve energy efficiency in buildings makes them an attractive option for environmentally conscious builders and homeowners alike.
These panels are a result of innovative building material technology. The EPS core is known for its excellent insulation properties, and the cement outer layers enhance the panel's structural performance. During production, advanced techniques are used to ensure the quality of each panel. The standard sizes of the panels allow for easy integration into building designs. They can be painted or coated with different finishes to match the architectural style. EPS cement sandwich panels are tested and certified to meet safety and performance standards, making them a trusted choice for various construction applications.
Composition and Structure
The panel is typically composed of high-quality Portland cement, fine aggregates, additives, and a thick layer of EPS. The two cement panels on the surface are firmly bonded to the EPS core, forming a stable and integral structure. This structure gives the panel good mechanical properties and resistance to external forces.
Soundproofing Capability
In addition to thermal insulation, the EPS layer in the middle also plays an important role in sound insulation. The panel can significantly reduce the transmission of sound, providing a quieter indoor environment and improving the comfort of the building.
Fire Resistance
Although EPS is a combustible material, when it is used in EPS cement sandwich panels, the two layers of cement panels on both sides can play a certain role in fire protection and isolation. With the addition of some fire-resistant additives, the panel can have good fire resistance and meet the fire protection requirements of different buildings.
Installation Advantages
These panels are easy to install, which can greatly shorten the construction period. They can be directly installed on the building frame through simple connection methods such as bolts and slots, reducing the complexity of the construction process and improving construction efficiency.
Cost-Effectiveness
Considering their comprehensive performance and service life, EPS cement sandwich panels have high cost-effectiveness. Although the initial purchase cost may be slightly higher than some traditional building materials, in the long run, their energy-saving and maintenance cost advantages can bring considerable economic benefits.
Residential Buildings
In homes, EPS cement sandwich panels are used for exterior walls, providing excellent thermal insulation. This helps in reducing heating and cooling costs throughout the year. They are also used for interior partitions, creating separate living spaces while enhancing soundproofing. For example, in multi - storey apartment buildings, these panels can be used to construct party walls between units, minimizing noise transfer.
In attic conversions, the panels are ideal for roofing. Their lightweight nature reduces the load on the existing structure, and the insulation properties keep the converted space warm in winter and cool in summer.
Commercial Buildings
Office buildings often use EPS cement sandwich panels for curtain walls. The panels' aesthetic appeal, combined with their energy - saving features, makes them a popular choice. They can be customized with different finishes to match the building's design concept.
In shopping malls, these panels are used for internal partitions to divide different retail areas. Their fire - resistance properties add an extra layer of safety in crowded commercial spaces.
Industrial Buildings
Factories and warehouses benefit from EPS cement sandwich panels for their large - scale wall and roof construction. The panels' high strength - to - weight ratio allows for the creation of large - span structures without the need for excessive support. Their durability also withstands the harsh industrial environment, including exposure to machinery vibrations and potential chemical splashes.
Special putty powder for interior wall
1) Dosage: Theoretical consumption value: 1-1.5 kg/m2 (putty thickness 1 mm).
2) Mixing: The water required is based on the construction consistence required. After mixing evenly, place for 10 minutes and then mixing again when you apply.
3) Surface treatment: The wall surface should be solid and without ash and dirt, and the water content of the wall surface should be less than 5%.
4) Interface Treatment: If the wall surface is smooth or a new-type building material, such as gypsum partition board, polystyrene board, paper-faced gypsum board, etc., an interface agent should be used for interface treatment.
5) Leveling: Leveling of putty powder should be done in a semi-dry state (lightly pressed by hand without deformation). After curing, leveling with emery cloth is possible.
6)Product standard: JG/T298-2010(Y)
7) Construction temperature: Above 5ºC, the curing process temperature is not lower than 0ºC.
8) Storage and transportation: Store in a cool and dry place with a shelf life of 6 months. The product is non-toxic and non-flammable, and storage and transportation can be handled in accordance with the "Non-Dangerous Goods Rules".
9) Safety and environmental protection, efficient leveling, water and alkali resistance, durable and strong.
Moisture Movement | 0.06% |
Moisture Content | 9% |
Resistance to continuous heating | 80 °c |
Surface Alkalinity | pH 7-10 |
Non-combustibility (face Boards) | BS EN ISO 1182: 2002 BS476: Part 4 GB8624-1997, Grade A |
Heat of conbustion (face boards) | BS EN ISO 1716: 2002 |
Building regulations classification (face boards) | Euro Class A1 |
Fire rated partition (Reaction to fire) | 4 hour FRP BS EN 1364-1 BS 476: Part 22 GB/T9978 |