Cement Grinding Aid

As the best chemical supplier Malaysia, we 3D Resources provide the range of products under this segment are much sorted for as an integral materials in the formulation of an effective cement grinding aid.

Cement mill that uses cement grinding aid basing on these materials will generate substantial energy saving resulting from a more efficient grinding process which equates to a higher in the cement production output.

Calcium Lignosulphonate

A component used a water reducing agent, body reinforcing agent for ceramic, and pesticide suspending agent. Since this component is added to the concrete, the cement will be negatively charged because of the orientation of hydrophobic groups absorbed on the surface of cement particles. Cement particles have a similar charge with the charge repulsion exclusion. During the action of the desperation of cement in water, it initially formulates into dispersion structure, flocculation cohesion body free water released. Thus able to be a reducing agent.

Adding calcium lignosulfonate leaves the pores free water evaporation of a small, dense internal structure that decreases the porosity and increases the strength of concrete. The cement will start to upgrade the size and distribution of pore structure condition, slowing the crystal growth more fully. Consequently, able to gain fibrous crystals that scatter with one and another to develop a network structure.

According to the operation method on the ceramic, the calcium lignosulfonate decreased the carbon content, increased green strength, reduced the amount of plastic clay, improving mud fluidity and the rate of the completed product.

Sodium Lignosulphonate

By amplifying sulfate pulp waste from chemical modification, sodium lignosulfonate in concrete is made. This component contains medium molecular weight and low sugar content. If the sodium lignosulfonate is used in construction as a concrete admixture, it lowers the ash content and gas content and strengthens the adaptability of the cement. The significant attribute of this component is that there is no precipitation in the liquid admixture compounded with a naphthalene-based superplasticizer.

By amplifying sulfate pulp waste from chemical modification, sodium lignosulfonate in concrete is made. This component contains medium molecular weight and low sugar content. If the sodium lignosulfonate is used in construction as a concrete admixture, it lowers the ash content and gas content and strengthens the adaptability of the cement. The significant attribute of this component is that there is no precipitation in the liquid admixture compounded with a naphthalene-based superplasticizer.

Triisopropanolamine 85%

Triisopropanolamine (TIPA) is utilized as a cross-linker in unique niche water-based applicators. The cement and concrete agency uses TIPA as a grinding aid and is utilized in concrete admixtures. TIPA is used as a neutralizing component in agricultural products and water-borne coatings.

When the water is mixed with cement to form a slump and during the beginning of the process where it loosens up its plasticity and stiffens and hardens, this is known as hydration reaction. When the fluid changes to a solid the action is called setting which is the transformation process from the initial state up to the end state. The chemical reaction with the cement elements and water can obtain the transformation of cement and concrete.