Calcium lignosulphonate is a multi-component polymer anionic, polymer-based surfactant. The appearance of the powder is a pale yellow to dark chocolate, with a faintly fragrant odor. It contains a strong dispersion and adhesion. The majority of its time is spent on the preparation of pulping acid (or sulfuric pulping), and spray drying. Possible to contain as high as 30% reducing sugars. It is insoluble in water and insoluble in most organic solvents. An aqueous solution of 1% with a pH range from 3 to 11

Main Application

• Used as a concrete water reducer.
• Used in the smelting sector as a binder.
• Used as a dispersant in refractory locations.
• Ceramic areas.
• Used in feed areas to bond.
• Also useful in pesticide, fertilizer applications.

Application In The Fertilizer Sector:

The many active groups in recycling waste paper pulp can slow down soil degrading and create a slow-release fertilizer that is suitable for the soil.

Numerous studies demonstrate that the main reason behind low fertilizer utilization rates is the adverse chemical and physical properties of chemical fertilizers. Common chemical fertilizers can dissolve quickly if the soil component fixation loses due to surface runoff and erosion.

The rich source of calc lignosulfonate in the soil can increase its fertility and help to reduce production costs.

Calcium lignosulfonate could be used to prepare slow-release fertilizer. Calcium Lignosulfonate reduces urease activity. Add 1.01% calcium-lignosulfonate, and 19.4% sulfur wrapped into slow-release urea.

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Uses

Use them as a plasticizer in concrete production.

Could be used in lead-battery batteries to reduce the crystallization rate of lead sulfate and increase the battery’s lifetime.

Can be used as a binder and filler in ceramic tiles and resins to create fiberboards and casting sand.

Dust-suppression roads are as important as dusty industrial processes. The dispersant Lignosulfonate is used in products like fodder and disperses pesticides. It also disperses dyes, color blacks, and other insoluble substances and liquids that are dissolved into water.

It was found to be a good way to reduce the viscosity of mineral slurries.

For plasterboard production, could be used to reduce the amount of water required to make the stucco float and to form the layer of plasterboard between two sheets. The plasterboard is dried quicker due to lower water content.

Lignosulphonates may be used as a binder to powder and granular substances: for iron powder, lead or zinc powder, pulverized coke, coke Toner Pressure on the ball; extrusion, cast iron sand resistance; floor tiles molding; mud-brick wall; mineral aggregate into balls.

Calcium sulfonate, also known as CaLS, is a pulp and paper industry waste product that can be used to fertilize soils. Organic materials can alter soil microbiology.

The increased population of organisms that can harness the energy provided by the incorporated organic products is a result. If the conditions are ideal, microorganisms will either benefit plant growth directly or indirectly by displacement of plant pathogens.

You can manipulate the soil’s health by providing the right substrate. Our research has focused on the effects CaLS can have on soil microbial populations, control of Verticillium Wilt, and potato Scab.

The Main Function Of Fertilizer Calcium Lignosulfonate Lies As Follows

• Use Calcium Lignosulfonate as a foliar fertilizer synergist to resolve the organic chelating & antioxidant capacity of divalent steel.
• Increased foliar activity and penetration, enhanced adhesion to plant leaves, and rapid plant-foliar absorption
• Calcium-lignosulfonate The fertilizer improves foliar weight and adds nutrients to the plant’s function. This includes amino acids, humic acids, and organic high levels of calcium in plants.

Calcium lignosulfonate Nutritilizer can help increase nutrients and trace elements’ physiological activity.