The construction process of Micro Mineral Fiber Ceiling Board

Here is Customized Mineral Ceiling Board Supplier talking about the construction process of Micro Mineral Fiber Ceiling Board.

The ceiling is made of silicon material, calcium material, fiber material, an auxiliary agent, etc., which is compounded in a certain ratio, and it is prepared by a process of copying or molding and accelerating curing reaction in high temperature and high pressure saturated steam. It is also a kind of Fireproof Mineral Board Ceiling.

Micro Mineral Fiber Ceiling Board

The ceiling is a non-combustible A1 grade material. In the event of a fire, the sheet will not burn and will not produce toxic fumes. The electrical coefficient is low and it is an ideal insulation material.

Waterproof and moisture-proof: The ceiling has excellent waterproof performance. In high humidity areas such as bathrooms and bathrooms, it can maintain stable performance without swelling or deformation.

Light weight and high strength: the ceiling strength is high, and the strength of the 6mm thick plate greatly exceeds the ordinary paper gypsum board of 9.5mm thick. The ceiling wall is solid and reliable, and is not easily damaged or broken.

Stable size: The ceiling is made of an advanced formula and is produced under strict quality control. The wet and dry shrinkage of the sheet is controlled to the optimum range.

Thermal insulation: The ceiling has good thermal insulation performance. The thermal insulation performance of the 10mm thick partition wall is obviously better than that of the ordinary brick wall, and it has good sound insulation effect.

Line leveling → install the boom → install the big keel → install the keel → install the horizontal small keel → level the fixed → install the ceiling.

Construction methods and operational points:

Positioning of the elastic line: Determine the elevation of the ceiling according to the design requirements, and pop up the elevation line on the surrounding wall or column. The keel should be elasticized according to the design requirements and fixed on the surrounding wall;

Installation of the boom: In the existing cast-in-slab or prefabricated joints, install the embedded parts or arrange the φ10 expansion bolts according to the design requirements, and require the spacing within 1m, fix the iron parts, and weld the φ8 threaded steel bars. Straight and have sufficient carrying capacity. When the embedded boom needs to be connected, it must be welded firmly and the weld seam is even and full;

Install the main keel: select the main keel ceiling spacing according to the design, the required spacing is less than 1m, the room is larger, the middle part should be arched, the metal keel arch height should not be less than 1/200 of the short span of the room, the main keel The position and elevation should be corrected in time after installation;

Installation of keel, cross bracing small keel: According to the needs of the plate layout, the medium keel with the qualified size should be prepared in advance, and the two ends of the keel should be connected with the connecting piece to the long keel. The gap between the transverse keel of the Minglong bone series and the middle keel of the long length shall not exceed 1mm;

Fully correct the position and level of the main and secondary keels. The connecting parts should be installed in a wrong way. The Ming keel should be visually inspected without obvious bending. The misalignment of the docking joints in the long keel joint should not exceed 2 mm. After the correction, the keel should be All hangers and connectors are tightened.

Ceiling installation: no other materials should be placed on the ceiling to prevent the plate from being deformed by pressure. When the humidity in the room is high, it should not be installed. When installing, the direction of the arrow on the back of the ceiling should be consistent with the direction of the white line to ensure the overall pattern and pattern.

With the rapid development of China's construction industry, people's quality requirements for construction engineering are getting higher and higher. The quality of building materials is the premise of building engineering safety. The ceiling is surrounded by four parts: raw material adoption, product manufacturing, use and waste disposal. To achieve the two goals of reducing pollution to the environment and benefiting human health. In this era of advocating nature and harmony and sustainable development, the use of ceilings is ideal for ecological and health benefits.