Solve the problem of slow flow rate of concrete

Faced with the problem of slow concrete flow, choosing the right chain transfer agent is a crucial step, but it is even more important to get the hang of synthesizing mother liquor to achieve a more comprehensive performance improvement.

To solve the problem, we can't just rely on a single material, which is too passive. Instead, we should adopt a comprehensive approach. Here are a few mother liquor synthesis tips to consider:

A, improve the acid to ether ratio, and supplement the small monomer in the base material. This effectively increases the fluidity of the concrete, making it easier to pump and construct.

B, use a variety of initiators. The selection of initiator has great influence on the polymerization rate and the properties of the product. By using different kinds of initiators, we can more flexibly regulate the polymerization process, resulting in the desired concrete properties.

C, the use of pre-drip technology. Predrip addition is a method of adding a part of monomer or initiator into the reaction system before the polymerization begins. This can effectively improve the rate and efficiency of the reaction, thus improving the flow rate of concrete.

D, control the temperature in the upper and lower 3-5°C for comparison. Temperature is one of the important factors affecting polymerization. By precisely controlling the temperature and conducting comparative experiments on it, we can find the best reaction conditions to optimize the flow rate and performance of the concrete.

In summary, selecting the right chain transfer agent and combining these tips for synthetic mother liquor will allow us to be more proactive in solving the problem of slow concrete flow rates. These methods can not only improve the construction efficiency, but also help to optimize the overall performance of concrete.