Gold plate - a high-quality insulation material that does not spread or spread is the biggest feature of this system. It is suitable for hot summer and cold winter, severe cold or cold areas, and the decorative material is paint or facing brick. The surface of Yashichuangneng gold plate is protected by plastering mortar and reinforced by alkali-resistant grid cloth, which not only improves the impact resistance of the system, but also avoids the generation of cracks and cracks between the boards. Because the board itself has high strength, good insulation performance, and high fire safety of the system, this system can be used with decorative materials with large self-weight (such as facing bricks).
1.Thermal insulation and flame retardant:Low slag ball content, fine and long fibers, not easy to burn, good thermal insulation performance.
2.Sound insulation and noise reduction:Multi-closed cell material, can achieve good sound insulation effect, reduce noise impact.
3.Wide range of applications:Suitable for construction, chemical, petroleum, power refrigeration, aerospace and other fields.
4.Convenient construction:The product can be produced according to the engineering requirements of length and width, and the workers are easy to work and not easy to prick their hands during the construction process.
1.Standard board size is 300×300, diagonal error is less than 3mm, if need to cut, can use small cutting saw to cut, fire insulation real gold board size allowable deviation is ±2.
2.Grid cloth turnover: door and window openings, deformation joints on both sides and other places stick grid cloth, total width of about 200, turnover part width of 80, specific practices are as follows: grid cloth cut length of 180 plus board thickness. First, apply a special adhesive with a length of 80 and a width of 2 at the turnover part, then press in the 80 long grid cloth, and the remaining part is thrown out for later use.
3.Apply the prepared special adhesive to the back of the composite fire insulation real gold board, the compaction thickness of the adhesive is about 3, to ensure a firm bond, use the full-stick method, or use the strip-stick method and strip-point method.
4.Strip-stick method: Use a toothed trowel to evenly apply the special adhesive in the horizontal direction on the fire insulation real gold board, strip width of 10, thickness of 10, center distance of 50.
5.Strip-point method: Use a trowel to apply special adhesive around and in the middle of each board, then apply a gray cake with a diameter of 50 and a thickness of 10 in the fire insulation real gold board separation area.
6.Quickly paste the fire insulation real gold board with special adhesive on the wall to prevent surface skinning and lose bonding effect.
7.After the fire insulation real gold board is pasted on the wall, use a 2-meter ruler to press flat work, ensure its flatness and firmness of pasting, the boards should be squeezed tightly between each other, no seams are allowed, gaps formed by cutting not straight, fill in with adhesive and smooth. After pasting each board, remove the special adhesive that extrudes from the surface.
8.Fire insulation real gold board pasting should be done in sections from bottom to top along the horizontal direction horizontally paving, each row of boards should stagger 1/2 board length, local small staggered seams should not be less than 100.
The application range of real gold board includes thermal insulation integrated energy creation board system, external wall external insulation thin plastering system, external wall external insulation veneer brick system, etc., suitable for construction, chemical, petroleum, power refrigeration, aerospace and other fields. Therefore, the main scenarios for real gold board are buildings or equipment that require high efficiency energy saving and fire safety for external walls or internal partitions. For example, high-rise buildings, commercial complexes, industrial plants, cold storage, aircraft and so on can use real gold board as insulation material. Real gold board can not only improve the energy saving performance of buildings or equipment, but also effectively prevent the occurrence and spread of fire, protect the safety of personnel and property.
