Complete Production Process of Guar Gum Powder

• Thickening property of this powder is very good and it is also gluten free.
• Prevents growth of ice crystals.
• Guar Gum can withstand high temperature.
• It is more soluble, thus helps with various applications.
• Can attain high viscosity at relatively low concentration.
• It is a friction loss reducing agent.

Manufacturer process of Guar Gum Powder

• To start with the guar pods are dried in sunlight.
• They are then manually separated from seeds.
• Churi and Korma is a by product that is famous for its application as cattle feed.
• These seeds are then further processed in an industry to extract Gum.
• The mechanical process to extract gum includes roasting, differential attrition, serving, polishing.
• Once seed extraction is complete, it is broken and germ is separated from the endosperm.
• The halves of endosperm from each seed is otherwise known as husked Guar Splits.
• The husk which is a fine fibrous material undergoes polishing after removal from the endosperm, this is the refined Guar Splits
• This undergoes further treatment for conversion into powder. There are several types of processing techniques that can be implemented for this purpose.

• It reduces wrap breakage and is highly efficient.
• It absorbs water very fast, thus prevents ink from spreading all over the clothes, making it useful in textile industry.
• It is a thickening agent, hence can be useful for dyes, polyester, cotton, silk, nylon, and more.
• Prevention of chemical corrosion helps enhances quality of printing.
• Printing industry considers it optimal for use since it has good erosive, bonding, hardness and writing properties.
• This has a good sheet formation, folding and denser surface for printing, thus good for paper industry.
• This is a waterproofing agent when it is mixed with ammonium nitrate, nitroglycerin making it optimal for the explosive industry.
• There are several applications in the pharmaceutical industry, as a binder, dis-integrator, etc.
• Popular as a thicker in toothpaste, conditioner in shampoos; hence useful in the Cosmetic & toiletries industry.
• Mining industry and Hydraulic fracturing Shale oil and gas extraction industries.
• Medical and Nanoparticles industry.
• As a thicker in Phos-chek for the Fire retardant industry.
• It is useful for application in baked goods since it increases the dough, improves resiliency, texture and shelf life.
• It helps improve the thickness of flours thus allowing them to rise like any other flour.
• It is popular in noodles since it helps in better sheet formation and also improves moisture retention, texture and machine runnability.
• It is useful in pet food as a viscosifier.