Advanced Calcium Formate: Boost Concrete and Mortar Strength

• Customization: Available
• Application: Construction
• Bonding Strength: /
• Model NO.: Cafo
• Setting Time: /
• Type: /
• CAS No.: 544-17-2
• Einecs No.: 208-863-7
• Transport Package: Bag
• Specification: 25kg/Bag
• Trademark: sidleychem
• Origin: China
• Production Capacity: 600ton/Month

Product Description

SidleyCafo®
Calcium Formate

Product description

Calcium formate is a white or light yellow crystalline powder that can flow freely and is easy to add. Mainly used in building materials or feed.
When applied to building materials, calcium formate is easily soluble in water. When applied to cement-based building materials, adding calcium formate can increase the concentration of Ca+ in the liquid phase, accelerate the dissolution rate of calcium silicate in cement, and the same ionic effect will accelerate the crystallization, increase the proportion of solid phase in mortar/concrete, which is conducive to the formation of cement stone structure, thus speeding up the hydration of cement. Improve the early strength of mortar/concrete.
When used in feed, calcium formate is free of through biochemical action in animals, effectively reducing the PH value in the gastrointestinal tract, playing the role of maintaining the appropriate acid in the intestine, promoting the appetite of piglets and reducing the diarrhea rate, so as to achieve weight gain.


Main advantages and characteristics

(1) Calcium formate has high solubility in water and is easy to disperse, which can improve the early strength and reduce water;
(2) The early strength effect of calcium formate is obvious, and the setting time is appropriate, and the appropriate addition amount does not affect the construction and later strength development;
(3) The use of calcium formate will not produce chloride ions, will not rust the steel bar, the use of safety;
(4) Calcium formate as an early strength agent has a suitable cost performance. In masonry mortar or plastering mortar: the summer dosage is generally about 0.3-0.5%, and the winter dosage is generally about 0.5-1.0%;In the tile glue, C1 level is generally 0.3-0.8%, C2 level is generally 0.5-1.5%. The bond strength of mortar increases with the increase of calcium formate content of O%-1.5%. However, when the dosage is too high, there will be too fast coagulation or even rapid solidification, which will cause mortar/concrete cracking in the later stage and reduce its strength, and the specific dosage needs to be tested and verified according to the formula.


Product storage

The product should be stored in a dry, clean environment, in its original packaging and away from heat sources. This product is not easy to fail, but exposed to air moisture absorption, if the storage environment is poor, it will slowly inhale water, it is recommended to follow the principle of first in first out when using.


Product safety

According to the provisions of the law on dangerous goods and manufactured goods, this product is harmless. Dust formation and accumulation should be avoided. Scattered products should be cleaned in a dry state, there is a risk of hardening in contact with water. Contact us for more information.

 

Company Profile
 

SIDLEYCHEM has extensive experience in the production of concrete admixtures. Wecan adjust the synthesis process according to the customer's needs and provide solutionsfor different materials and climates.

SIDLEYCHEM has a professional concrete laboratory, which can help customers optimizethe proportion of C60/C80/C100 strength concrete, reduce costs and the strength stillmeet the technical requirements of the concrete. SIDLEYCHEM to provide customerswith professional, customized one-stop product supply services and systemized solutions.whatever suits you is the best product.

Belonging to the anionic type,it is a high efficiency water reducing agent with early strength,non air entraining and low chloride ion content.it has excellent workability,which is not easy to sag and can significantly improve the compactness and surface gloss of the material.