Guar Gum

Store in tightly sealed moisture-resistant packaging in a cool, dry warehouse. Avoid water ingress and contamination. Use dust extraction or local ventilation at bag opening and pneumatic transfer. For long-duration or regulated storage, monitor pest/microbial controls and use the supplier’s shelf-life/handling guidance.

HSE control principle

Use the current product-specific SDS, local dangerous-goods requirements, receiving-site risk assessment and applicable engineering standards. Website text should never substitute for a supplier SDS or site procedure.

• Native guar or derivative (HPG/CMHPG/etc.)
• Application and required grade
• Viscosity test method, concentration, temperature and target range
• Hydration time / residue / particle-size requirements
• Moisture, ash and microbiology limits where applicable
• 25 kg bags or FIBC and liner specification
• COA/SDS, food/USP/FCC or oilfield documentation if required

A technically meaningful RFQ should define the key quality parameters that control guar gum performance in the intended process. Typical COA requirements include viscosity, hydration rate, moisture, ash, acid-insoluble matter, particle size, pH, and microbiological parameters, with testing performed using appropriate methods such as Brookfield/Fann or application-specific viscosity methods, time-resolved viscosity analysis, loss on drying, gravimetric analysis, sieve or laser diffraction, defined solution pH measurement, and compendial methods where required.

These parameters are used to verify functional performance, mixing efficiency, storage and powder quality, mineral/processing residues, purity, dispersion and hydration behaviour, formulation compatibility, and food/pharmaceutical grade compliance. Final testing requirements should be aligned with the producer specification, customer requirements, regulatory standards, and intended application.