Building Materials and Chemicals
Rheological additives are commonly used in the construction industry:
- For improving workability and thixotropy in combination with cellulose ethers.
- As thickeners, anti-sagging, and anti-settling agents.
- For reducing rebound and improving homogeneity in projected applications.
- As high-performance suspension agents in chemical products and concrete admixtures.
Main Markets:
Main Products:
SEPIOLITE CLAY – RHEOPLUS TSC5020
Easy-to-disperse rheology modifier made from finely micronized, high-purity sepiolite clay. Works in water-based systems, providing the system with a thixotropic effect, high viscosity, as well as anti-settling and syneresis control.
SEPIOLITE CLAY – RHEOPLUS TS3010A & RHEOPLUS TS3010B
Rheology modifier made from finely micronized, high-purity sepiolite clay. Works in water-based systems, providing the system with a thixotropic effect, as well as anti-settling and syneresis control.
SEPIOLITE CLAY – RHEOPLUS TS2020
Rheology modifier made from micronized, high-purity sepiolite clay. Works in water-based systems, providing the system with a thixotropic effect, high viscosity, as well as anti-settling properties and syneresis control.
Designed to be dispersed at high shear rates.
ATTAPULGITE CLAY – RHEOPLUS TA2015
Easy-to-disperse rheology modifier made from micronized high-purity attapulgite clay. Works in water-based systems, providing the system with a thixotropic effect, as well as anti-settling and syneresis control.
Why choose rheological additives based on sepiolites or attapulites?
Improves its flow, viscosity and deformation characteristics
These additives play a crucial role in optimizing key properties such as workability, cohesion and strength in a wide variety of construction applications.
In the industry, they are outstanding choices
Due to several compelling reasons, firstly, its ability to adjust and improve the viscosity and fluidity of mixtures is invaluable. This allows greater control over the workability of the material, facilitating application, modelling and compaction processes.
They have the potential to partially replace other thickeners
In adhesive and mortar formulations, such as cellulose. Not only does this offer more robust technical solutions, but it can also result in economic benefits by optimizing formulation and reducing reliance on other additives.
For its exceptional capacity
Sepiolites, thanks to their suspension capacity, help to maintain the uniformity of the mixture and prevent the segregation of components, resulting in a more homogeneous and consistent distribution of the material during application.
Because additives find application in a wide range of materials
Their versatility allows them to influence a variety of properties, adapting to the specific needs of different construction processes and types of materials.
The choice of sepolite- and attach-based rheological additives in building materials offers considerable advantages in terms of fluidity, cohesion, strength and stability in low pH media. These exceptional properties make them essential allies in improving the quality, performance and durability of a wide range of products and processes in the construction industry.
