Recently, customers have come to inquire the diamond wear-resistant floor, put forward what is the difference between the metal and non-metallic wear-resistant floor, from the name point of view is the two different material composition, today we will take everyone to find out what the two have Different, where exactly is the difference?

     The first is the difference in composition: As the name implies, metal aggregates contain metal or similar metal oxides. Iron oxide aggregates represent the emery wear-resistant floor, while non-metallic aggregates mainly contain silicon. Substances, such as natural stone, represented by quartz sand, silica and the like;

    This is followed by a chemical difference: Metallic aggregates are more active because of their chemical nature and are therefore more prone to chemical reactions. Non-metallic aggregates do not have this problem because they are not easily synthesized with other components due to their relatively stable chemical properties. Secondary reactions will also not interfere with other materials;

    Finally, there is a difference in performance: metal aggregates made of corundum wear-resistant flooring, for example, because the composition of metal (or similar metal) is relatively hard, or relatively wear-resistant, so in terms of performance, whether it is wear resistance , or the compressive properties so that the corrosion resistance are much higher than the composition of non-metallic aggregates.

The customer service staff of Jude Building Materials Co., Ltd. will often face this problem: How much is your money self-leveling? How much is self-leveling?

Now we will answer you one by one:

Q: How much money does a self-leveling mean?

A: In fact, the price of self-leveling is divided into material costs and construction costs.

How much is the material cost? How much is a square?

To answer this question, we must first understand how many squares this construction has. The amount of self-leveling mortar according to the national standard dosage, ordinary strength (for cushioning, for example, PVC flooring, carpet, etc.): 5--6kg/m2; high strength (for surface layer, such as shopping mall floor, museum) The level of self-leveling mortar used on the ground, etc. is: 8-10kg/m2. The actual amount of use depends on the thickness of the floor you are actually constructing, so as to increase or decrease the usage per square meter. The self-leveling mortar produced by Jude Building Materials Factory is 25kg/bag, and the quality of production experience for many years is guaranteed! High quality, environmental protection, no sand. This probably can calculate how many packages to use. How much is a pack of cement self-leveling mortar for Jude Building Materials? Parents can move to consult customer service 喲 量 large favorably!

This will allow you to figure out what the cost and amount of self-leveling material will be.

Q: Can self-leveling work on your own? Is self-levelling construction simple?

A: If you use self-leveling mortar, if you use self-leveling mortar, if there is a professional construction team construction is the best, if not, you can ask the customer service of Handan building materials to take a self-leveling construction plan and use it! If you don't understand, we will provide you with professional technical guidance!

Q: How much is the construction cost?

A: Jude Building Materials can tell you that the construction price is between 4 and 10 yuan/m2. The construction team also needs to look at the actual situation: the construction time, the construction area, the degree of difficulty, and the construction site, etc. How much do you need to talk directly with the construction team?

Well, Jude Building Materials has been temporarily received for you here. If there are other unknown places, please click on the customer service picture!

Waterproof paint selection follows four principles:

(1) According to the factors such as the local maximum temperature, minimum temperature, roof slope, and service conditions, heat-resistant and low-temperature flexible waterproof coatings should be selected. In high temperature areas, waterproof coatings with high heat resistance should be selected to prevent run-off; in cold regions, low-temperature flexible waterproof coatings should be selected to avoid cold brittleness.

(2) According to the degree of ground deformation, structure, local temperature difference, daily temperature difference and vibration factors, waterproof coatings with suitable tensile properties should be selected. For building roofs with large structural deformations, waterproof coatings with high elongation should be selected to accommodate deformation.

(3) According to the degree of exposure of the roofing waterproof coating, waterproof coatings suitable for UV resistance and thermal aging retention should be selected. For exposed roofs, waterproof UV-resistant coatings should be used to increase the service life.

(4) When the roof drainage gradient is greater than 25%, it is not appropriate to use a waterproof coating that takes too long to dry.

The first mistake is to put the tile glue in the bucket and use it for bubbling. The master used to be used in the method of foaming cement, which could easily lead to no strength of the tile adhesive, falling powder and falling bricks.

Mistake 2: Tile adhesive is mixed with cement, sand, etc. This will completely change the product ratio, product quality can not be guaranteed, tiling bricks can easily empty bricks.

Error 3, put the tile adhesive on the ground and stir it with a spade. Stir with iron can not be even, the effective chemical composition of the morning paint tile adhesive inside loss; the proportion of manual mixing water is difficult to accurately change the material ratio, resulting in decreased adhesion.

Mistake four, the base sand, oil, mold release agent or empty drums and other defects, untreated directly paste the tiles. The low strength of the grass-roots level and the presence of oil will directly affect the adhesive force of tile adhesives, leading to hollowing out bricks; bricks that do not meet the requirements should be processed and then re-tapped.

Error 5: It takes too long to use and stir it with water. The active ingredients of the tile adhesive have chemical reactions. Adding water will only change the operation performance, which will lead to insufficient bonding strength in the later period. The tile adhesive should be used with stirring, use time is controlled within 2 hours, and it should be discarded after drying.

Mistake six, point process construction, and do not knead the tiles. Hollowing the corners of the tiles, long-term wet conditions will result in the loss of bricks; Tiles do not knead, glue bond is not strong; Tile adhesive should be thin paste method construction, according to the grass roots flatness and tile size to determine the appropriate tooth scraping Plates should be kneaded in place when pasted and randomly checked for backfill rate.

Error 7, the cloth area is too large, the surface of the glue is dry. Outdoor drying, windy weather, cloth adhesive scraping area is too large, morning tile adhesive construction too late to cause the surface layer solid and then tiling will cause off the brick; tile tiles adhesive area should be controlled within 1 square meters, outdoor drying The climate should pre-wet the walls.

The metal wear-resistant floor can be divided into metal aggregate, mineral alloy aggregate wear-resistant floor (emery wear-resistant floor) and alloy wear-resistant floor (selenium-titanium alloy wear-resistant floor, tin-iron alloy wear-resistance. Floor, aluminum alloy wear floor).

Metal abrasion resistant floor material composition

Emery aggregate or alloy ore, special cement, reinforcing agent, brightener, pigment, micro silica fume, color retention agent, etc.

Metal abrasion resistant floor performance

     (1) Its greatest advantage is its high wear resistance, which can increase the wear resistance of concrete floors by 225%;

(2) The high-density wear-resistant surface layer formed on the surface of the floor is strong in impact resistance, and can not generate dust, peeling, etc.;

(3) Integral with the concrete ground, will not fall off;

    (4) Convenient construction, economical cost, low maintenance cost;

    (5) The service life can generally reach 25 years or more.

Scope of application

The metal wear-resisting floor is mainly suitable for ground places requiring high-strength wear-resisting, pressure-resisting and dust-proof, such as large parking lots, underground garages, machinery factories, military enterprises, warehouses, loading docks, warehouse-type shopping malls, maintenance workshops, and aircrafts. Apron and so on.