suspending agent for suspension

Suspending agent for suspension, a specific clay with water absorption and swelling, is adaptable enough to meet the needs of a wide range of industries.
In general, we obtain bentonite fine powder commodities refined from the original ore; however, bentonite fineness, mesh, is also a standard regulation in relation to other indicators of bentonite.
Bentonite fineness and mesh the same standard are referred to collectively as the bentonite sieve rate in current parlance.
The current standard mandates that bentonite products have an average fineness of 200 mesh and a 75um sieve passing rate of at least 95%.
Several factors influence bentonite mineral adsorption:

The adsorption capacity of sodium bentonite is significantly greater than that of calcium-containing bentonite minerals.

The influence of crushed bentonite particle size.
According to solid adsorption theory, crushed bentonite minerals have a much higher adsorption capacity, and the finer the crushed minerals, the bigger the adsorption impact.

distinct ideas

Bentonite slurry is a non-metallic substance predominantly consisting of montmorillonite.
Because of the lamellar structure of montmorillonite crystals, certain cations, such as Cu, Mg, Na, K, and others, are highly unstable and easily switched for other cations, giving it strong ion exchange capabilities.

Mud is a semi-colloidal fluid made up of microscopic clay particles that have been distributed in and mixed with water.

Various compositions
Bentonite mud | suspending agent for suspension is made by mixing an organic covering agent with the lamellar structure of montmorillonite in bentonite and its ability to dissolve and disperse colloidal grade viscosity particles in water or organic solvents using ion exchange technology.

A slurry’s primary constituents are clay and water, with clay being the most significant.
Clay and water quality, particularly clay quality, have a direct impact on the transformation of mud properties and the efficiency of chemical treatment.

Various roles

Bentonite mud: During rotary drilling, the mud must always remain in the hole.
The mud is pumped to the bottom of the hole through the hollow drill pipe, where it runs out of the vacuum of the drill bit, ascends through the annular space between the well wall and the drill pipe, and into the mud pool.

Why is bentonite mud used in borehole heaps?

Bentonite expands in the presence of water due to the increased distance between bentonite mineral crystal layers, the entry of water molecules into the mineral crystal layers, and the bentonite minerals’ cation exchange action.

The swelling of sodium bentonite is significantly stronger than that of calcium bentonite, and in addition to its higher purity, the swelling of bentonite is highly potent due to its high montmorillonite content.
If we want to primarily use the swelling properties of bentonite minerals in practical applications, we should first consider sodium bentonite ore, and then sodium bentonite with a high montmorillonite content, which is required for higher swelling properties in mechanical casting and iron ore pellet work.