무정형 알루미늄산 칼슘과 폴리카복실산계 고효율 감수제의 상용성은 어떻습니까?--en

How is the compatibility of amorphous calcium aluminate and polycarboxylate superplasticizer?

Original Article by acacem.com 
Reprinting Prohibited
Dated Feb. 22, 2024

Keywords
Amorphous calcium aluminate, polycarboxylate superplasticizer, adaptability, compatibility, superplasticizer, calcium lignosulfonate, naphthalene superplasticizer, amorphous calcium aluminate supplier

With the vigorous development of the construction industry, new materials and new technologies are increasingly being applied to actual projects.  In order to meet the requirements of improving construction efficiency and accelerating construction progress, new concrete materials have emerged at the historic moment, under the requirements of standardized construction with guaranteed quality and quantity.

As concrete projects become more and more adaptable to various construction requirements such as urban construction, large bridges, high-speed rail construction, and underwater construction, new concrete building materials and new construction techniques are emerging one after another. Currently, in rapid road repairs, tunnel construction, and coal mine cementing materials, amorphous calcium aluminate can be used calmly and perform exceptionally well in meeting engineering requirements.

Under these emerging construction conditions and construction requirements, the requirements for new materials are getting higher and higher.  In the above-mentioned practical applications, the requirements for concrete materials are very high, mainly in the following aspects:
1. Rapid setting
2. Early strength, high strength and high toughness
3. Good adaptability and compatibility with various materials
4. Low shrinkage
5. High strength in the later stage
6. Good anti-freeze performance
7. Good underwater performance
8. High durability

The above requirements coincide with the excellent properties of amorphous calcium aluminate, so adding amorphous calcium aluminate into concrete materials has become an indispensable part of concrete materials. In addition, through research and practice, the current adaptability of amorphous calcium aluminate and water reducing agent is as follows:
1. Compatibility between amorphous calcium aluminate and polycarboxylate superplasticizer: very good
2. Compatibility between amorphous calcium aluminate and naphthalene series superplasticizer: very good
3. Compatibility between amorphous calcium aluminate and calcium lignosulfonate: poor