NINGBO BLUEOCEAN AUTO PARTS CO.,LTD , http://www.blueoceancarparts.com
Eps cement sandwich panel lightweight external wall
Eps cement sandwich panel is a kind of lightweight energy saving wall material, which used cement calcium silicate or reinforced calcium silicate board as face panel, filled with cement, eps polystyrene foam particles and forming by one time compound.
Our advantage;
1. Energy saving and environment friendly
The EPS grain used in the core of the sandwich wall panel has good heat preservation function, can adjust the indoor temperature at a constant range, can save the energy used for air conditioning and heating. Victor stone EPS cement Sandwich wall panel is a perfect material to build thermally insulated wall.
2. Light weight and quakeproof
The weight of Victor stone EPS sandwich panel is only 1/10 of the traditional brick, it can allow you to build higher buildings and it will save 2/3 cost on foundation, beam, column structure. The panel-column connection has good Seismic performance, the index come up to 8.5. It can also apply to soft geology areas' buildings.
3. Fireproof
Tested by the National Research Center of Testing Techniques for Building Materials, Victor stone EPS Sandwich panels' fire resistance duration is 4 hours, Class A1 non-combustible.
4. Sound instulation
The EPS Polystyrene grain inside the core of the Victor stone Sandwich panel has good sound insulation and sound-absorption performance.
5. Waterproof and dampproof
Tests prove that the water containers made by Victor stone panel without plastering can hold water without leaking.
6. Increase the usable area, reduce the construction cost
Victor stone panel is thinner than the traditional blocks, it can increase the saleable area by 8~10%, save construction space and reduce the cost.
7short construction period, higt efficiency
Victor stone panels can be cut and drilled, uses dry way construction. Acheived the assembly installation, the speed is 6~7 times faster than the traditional wet way construction, greatly reduce the construction period.