The mixing ratio of the high-strength non-shrinking mortar material was: 42.5 ordinary silicon cement 450 kg, 6-8 mesh quartziz sand 170 kg, 10-20 mesh quartziz sand 170 kg, 20-40 mesh quartziz sand 170 kg, 40 kg. This was the mix ratio of the universal reinforced high-strength non-shrinking mortar. In addition, the mixture ratio of the pea-reinforced high-strength non-shrinking mortar was as follows: 42.5 ordinary silicon cement 300kg, 6-8 mesh quartzite sand 115kg, 10-20 mesh quartzite sand 115kg, 20-40 mesh quartzite sand 115kg, 5- 12mm 325kg, 30kg. These proportions could be optimized according to actual engineering needs.
The high-strength non-shrinking mortar was a type of early-strength, high-strength, micro-expansion, super-fluid mortar. It was suitable for equipment foundation mortar, building reinforcement, subway tunnel and other projects. It has the advantages of early strength, high strength, self-flow, micro-expansion, durability, etc. It can be used for secondary mortar filling of equipment foundation, reinforcement of beams, slabs and columns, foundation bolts, etc. The material has the characteristics of high strength, no contraction, wear resistance, good durability, etc. It can significantly improve the integrity and stability of the concrete structure and prolong the service life of the building. According to the information provided, the characteristics of the high-strength non-shrinking mortar included early strength, high strength, anti-separation, green environmental protection, micro-expansion, good self-flow, high cohesion, strong durability, anti-cracking, etc. It can be used for the secondary mortar filling of equipment foundation, reinforcement of beams, slabs, columns, large-scale machine bases, reinforcement of anchor bolts, secondary mortar filling of steel structures or rails, steel frames, steel columns and other fixed connections with the foundation, anchor bolt anchor and reinforcement of steel bars, reinforcement of bridges, slab column foundations, floors and roads of buildings, reinforcement of anchor bolts and reinforcement of steel bars, structural reinforcement, embedding of reversed construction joints in subways, tunnels and underground projects, reinforcement and repair of concrete structures, and road repair projects.
C60 high-strength non-shrinking mortar was a kind of mortar used for equipment reinforcement and foundation repair. It was made of high-strength materials as the skeleton, cement as the binding agent, and added with high-flow, micro-expansion, anti-separation and other substances. The C60 mortar material has a high compression strength of 60 Pa. It could be used for repairing bridges, roads, buildings, and other projects. C60 cement also had the characteristics of self-denseness and micro-expansion, which could improve the density and crack resistance of concrete. The specific specifications and prices could be found on Taobao.
C60 high-strength non-shrinking mortar was a type of mortar material used for equipment installation, steel structure foundation installation, building renovation, reinforcement, and repair. It has the characteristics of high early strength, good mobility, and strong durability. This material can be added to the foundation of the equipment directly after being mixed with water at the construction site. It can fill all the gaps of the equipment foundation without vibration. Its compression strength can reach more than 30-50 Pa in 1-3 days. In addition, the C60 mortar material also has a micro-expansion property, which can ensure the close contact between the equipment and the foundation, and there is no contraction after the mortar is poured. It is suitable for the needs of various projects, such as anchor injection, joint reinforcement, etc.
CGM high-strength non-shrinking mortar is a cement-based secondary mortar with slight expansion. It has the characteristics of good mobility, slight expansion, early strength, high strength and oil resistance. This product can fully fill the filling space and has a certain micro-expansion stress to meet the construction requirements of equipment installation and structural reinforcement. It is suitable for the secondary mortar filling of machine base, anchor bolt and other equipment and foundation connection, as well as the anchor of steel structure, the reinforcement and repair of concrete structure. CGM high-strength non-shrinking mortar had many categories, such as CGM general type, CGM peastone type, CGM ultra-fine type, etc. Different models were suitable for different projects. Choosing the right model could achieve the best results.
C60 high-strength non-shrinking mortar is a dry mixture made of cement, expansion agent, mineral admixing materials and other materials. After mixing with water, it has high early strength, high strength, non-shrinking and other characteristics. It is mainly used for secondary mortar of equipment foundation, anchor bolt anchor, concrete structure reinforcement and repair, etc. The main technical indicators of the high-strength non-shrinking mortar C60 include compression strength, mobility, expansion rate, etc. Different manufacturers and brands of products may have differences. When using the high-strength non-shrinking mortar C60, it was necessary to prepare and construct it according to the requirements of the product manual to ensure its performance and quality. While waiting for the anime, you can also click on the link below to read the classic original work of " Full-time Expert "!
C60 high-strength non-shrinking mortar was a dry mixture composed of cement, gravel, adjectives, and various mineral adjectives. After mixing with water, it had high mobility, micro-expansion, early strength, and high strength. It could be used in the fields of equipment foundation secondary mortar, anchor bolt anchor, concrete structure reinforcement and repair, etc. It was widely used in the fields of nuclear power, biochemistry, pharmacology, electric power, construction, etc. While waiting for the anime, you can also click on the link below to read the classic original work of " Full-time Expert "!
The application method of the high-strength non-shrinking mortar material includes the following steps: First, carry out basic treatment, clean the surface of the equipment foundation, ensure that there are no debris such as gravel, laitance, dust, oil stains, release agents, etc., and fully moisten the foundation surface 24 hours before pouring. Next was the ingredients. According to a certain ratio, the high-strength non-shrinking mortar, water, and other auxiliary materials were mixed and stirred evenly. After that, he poured the evenly mixed mortar into the construction site. Then, he used a mortar gun or a pump to inject the mortar into the gap or cavity to ensure that it was fully filled without any leakage. After the completion of the mortar, it should be fully cured. Under normal circumstances, it should not be disturbed within 24 hours after the mortar is poured. Keeping it moist is conducive to the hardening of the cement. Finally, the construction effect was checked and accepted. Only after it was qualified could the next step of construction be carried out. The above are the basic steps to use high-strength non-shrinking mortar. Through the correct use method, it can create a solid foundation for the building.
The price of high-strength non-shrink mortar would vary depending on the region, brand, raw materials and other factors, generally between 5,000 - 10,000 yuan/ton. The specific price is recommended to consult the local building materials market or manufacturer. While waiting for the anime, you can also click on the link below to read the classic original work of "Full-time Expert"!
The application method of the high-strength non-shrinking mortar is as follows: 1. Before pouring, the debris on the surface of the concrete should be cleaned to ensure the cleanliness of the pouring part. 2. Inject the prepared non-shrinking mortar with the squeeze pump to ensure that there are no dead corners in the mortar. 3. The injection pressure of the cement should not be too high to avoid damaging the system structure. 4. The depth of the mortar shall comply with the design requirements and shall not be lower than the specified depth. 5. The amount of water should be added according to the recommended amount of water on the product certificate that was supplied with the goods. It can be used after stirring evenly. 6. For the anchor bolt and embedded reinforcement, the water consumption can be appropriately reduced according to the actual situation of the project. 7. The mixing water should be drinking water or clean water without oil, salt, sugar and other impurities. 8. The mortar material should be used according to the construction progress on site. It should not be mixed in large quantities at one time to prevent the material from solidifying prematurely. 9. During transportation and storage, the mortar material should be kept away from moisture and caking. The storage period is generally 6 months. 10. After the use of the mortar material, the remaining material should be sealed and stored to prevent the material from hardening due to moisture evaporating. The above is the general application method of high-strength non-shrink mortar. The specific operation should be carried out according to the actual situation of the project and the product manual. If you have any questions during use, it is recommended to consult a professional or manufacturer. While waiting for the anime, you can also click on the link below to read the classic original work of " Full-time Expert "!
The price range of the H series of high-strength non-shrinking mortar materials was between 1,500 - 2,000 yuan per ton. Different manufacturers had different formulas, so the price would vary. In addition, the price would also be affected by factors such as the amount of construction, tax, and transportation fees. The specific price information was not provided in the search results. However, considering the long-term stability and excellent construction effect of the H series high-strength non-shrinking mortar, its actual cost was relatively low.