Sugar Industry Chemicals

Sagar Technochem offers a range of speciality sugar chemicals. Our range includes organic and inorganic antiscalants, biocides and sugar juice clarifications.

Sugar Mill Sanitation Biocides

SH-401 is a caramate based microbiocide specially formulated to inhibit growth of bacteria and fungi in cane sugar mills.

These chemicals are highly effective against acid producing bacterial and fungi found in sugar mills. It also improves sugar recovery from stored sugar by reducing bacterial sugar inversion. SH-401 also inhibits enzyme action for the time between crushing of cane and lime neutralisation.

Evaporator Anti-Scalants

MX-4000 is a multi-component liquid chemical specially formulated to inhibit scale formation in sugar cane juice evaporators and vacuum pans.

Improved Heat Transfer

Powerful active agent in MX-4000 keeps heat transfer surfaces clean and free from excessive deposition. Maxtreat-4000 contains a sequestering agent which keeps calcium and magnesium salts as water soluble complexes preventing them from scaling. Depending upon the nature of scale forming compound, dosage of Maxtreat-4000 can be adjusted to improve the capacity of evaporation.


Canefloc is a highly effective coagulant for separation of suspended solids in sugar juice. This product is use in the sugar juice clarifier and for sugar mud filtration. A high charge density anionic polymer, it helps in flocculation of suspended matter forming dense, easy setting flocs.

The anionic nature and higher molecular weight of Canefloc helps in formation of dense flocculations. Therefore, the volume of mud generated is reduced and solids in clarifier bottom increase. The higher molecular weight of Canefloc helps in formation of tough flocs, which improves filterability of mud and loss of juice in mud is reduced.

Viscosity Reducer

MX 4025 helps in: improving centrifugation efficiency and sugar colour; better exhaustion of molasses; reduction of sugar losses & improving recovery.

By reducing surface tension, MX 4025 improves boiling efficiency, crystallisation, centrifugation and exhaustion of molasses, resulting in improved sugar crystals and sugar recovery. This improves fluidity, reduces boiling time and improves circulation.