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HS Code |
570918 |
| Name | Guar Gum |
| Chemical Formula | C10H14N5Na2O12P3 |
| Cas Number | 9000-30-0 |
| Appearance | off-white to yellowish powder |
| Source | seed of the guar plant (Cyamopsis tetragonoloba) |
| Solubility | soluble in cold water |
| Ph Range | 5.0 to 7.0 (1% solution) |
| Viscosity | high viscosity in aqueous solution |
| Moisture Content | max 10% |
| Common Uses | thickener, stabilizer, emulsifier in food and industrial applications |
| Odor | odorless |
| Taste | neutral to slightly unpleasant |
| Melting Point | decomposes before melting |
As an accredited Guar Gum factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Guar Gum is packaged in a 25 kg multi-layer kraft paper bag with inner plastic lining, ensuring moisture protection and product freshness. |
| Shipping | Guar Gum should be shipped in tightly sealed, moisture-proof bags or containers to prevent contamination and moisture absorption. Store in a cool, dry, and well-ventilated area away from strong oxidizers. Handle with care to avoid dust generation. Ensure proper labeling and compliance with local transport regulations for safe shipping. |
| Storage | Guar gum should be stored in a cool, dry, and well-ventilated area, away from sources of moisture, heat, and direct sunlight. Keep the material in tightly sealed containers to prevent absorption of humidity and contamination. Avoid exposure to strong oxidizing agents. Proper storage ensures the stability and quality of guar gum, extending its shelf life and maintaining its functionality. |
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Purity 99%: Guar Gum Purity 99% is used in food manufacturing, where it ensures optimal thickening and improved texture stability. High Viscosity Grade: Guar Gum High Viscosity Grade is used in hydraulic fracturing fluids, where it enhances proppant suspension and fluidity control. Molecular Weight 200,000 Da: Guar Gum Molecular Weight 200,000 Da is used in textile printing, where it promotes even paste distribution and sharp pattern definition. Particle Size 200 Mesh: Guar Gum Particle Size 200 Mesh is used in dairy product formulations, where it enables smooth dispersion and prevents syneresis. Stability Temperature 85°C: Guar Gum Stability Temperature 85°C is used in instant soup mixes, where it maintains gel strength under heat processing. Cold Water Solubility: Guar Gum Cold Water Solubility is used in bakery premixes, where it allows rapid hydration and dough uniformity. pH Stability Range 5-7: Guar Gum pH Stability Range 5-7 is used in salad dressings, where it preserves emulsion consistency and shelf life. Ash Content ≤1%: Guar Gum Ash Content ≤1% is used in pharmaceutical suspensions, where it minimizes inert residue and ensures product safety. Hydration Rate Fast: Guar Gum Hydration Rate Fast is used in instant beverages, where it facilitates quick mixing and lump-free solutions. Protein Content ≤5%: Guar Gum Protein Content ≤5% is used in gluten-free baked goods, where it supports improved structure without allergenic risk. |
Competitive Guar Gum prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to admin@ascent-chem.com.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: admin@ascent-chem.com
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At our facility, production never stops moving forward. Among the many materials we pull from nature's bounty and refine in our plants, guar gum carries a practical value that drives industries as varied as food, mining, paper, personal care, and oil. Our process turns raw guar seeds—grown across farms where soil, climate, and farmers’ skill shape their quality—into a smooth, fine powder that can bind, thicken, and stabilize fluids for industrial scale use. Guar gum isn’t just an ingredient. It’s a workhorse that answers the everyday needs of real-world manufacturers.
We extract guar gum from the endosperm of guar beans (Cyamopsis tetragonoloba), cultivated mainly in arid and semi-arid regions. Farmers handle harvesting and cleaning. We take over at the splitting and grinding stages, where our machinery and experience determine the viscosity and purity you see in the final powder form. Our Guar Gum 200 mesh, often called “food-grade” by processors, holds up as our standard because its solubility and texture allow flexible use across many sectors. Customers often want to know about viscosity: our standard output ranges from 3500 cps to over 7000 cps (Brookfield, 1% solution, 25°C), but we adjust grades to match a client’s particular process—from thick spoonable yogurts to stable drilling fluids.
Food processors count on guar gum because of its natural thickening capability and compatibility. In our facility, strict control prevents contamination—important for pudding, ice cream, and bakery clients who want stable, clean-label products. Even small dosages (0.1% to 1%) bring improvements: ice cream becomes smooth and creamy because the gum keeps ice crystals tiny; gluten-free bread holds its shape and softness; sauces won’t separate under heat lamps. These subtleties matter to bakers and culinary technologists alike, who see guar gum as insurance against texture failures. Each batch’s hydration rate, microbial quality, and color come under the microscope—low ash content and a clean beige appearance speak of our commitment to food safety and uniformity.
Guar gum proves its value underground as much as it does in the kitchen. We ship “technical grade” and “fast hydrating slurriable” guar gum to drilling fluids companies and hydraulic fracturing crews. These grades disperse quickly in water and build viscosity within a minute—timeframes that matter on a rig’s hectic schedule. Our teams test for particle size distribution and check hydration rates, as filter cake buildup or delayed viscosity can halt drilling progress. For proppant transportation in fracking, the thickness guar gum brings lets sand remain suspended as high-pressure fluids split shale. Even minor recipe variations in blending, temperature, or shear can lead to clumping or poor hydration; that’s why our R&D group fine-tunes every lot until it runs smoothly in field tests. Unlike some imported products, our grades avoid excess fiber or protein—these can clog nozzles or lead to unpredictable gel strengths.
Paper and textile facilities often wrestle with fiber bonding and finish, especially when using recycled or mixed-content raw materials. Guar gum brings a reliable strength enhancer without the downsides of synthetic additives. When we supply grades for paper sizing, customers notice tighter, glossier surface layers, and fewer machine stoppages for breakage. Textile finishers blend our guar gum into printing pastes and warp sizing slurries; their machinery stays lint-free and dyes come out clearer and crisper. In our plant, we set aside stocks with higher wet-end viscosity and extra-low microbial load for these markets. Most synthetic alternatives can’t match the biodegradability of guar gum, which breaks down safely after disposal—a selling point for mills under regulatory and customer pressure to prove sustainable practices.
Personal care formulators have precise expectations: clarity, stability, no off-odors, and consistent thickening in salt- or surfactant-rich blends. From transparent shower gels to ‘natural’ toothpastes, guar gum comes forward as a cost-effective, skin-friendly choice. We routinely refine batches to minimize residue (insoluble material below 3%) and contaminants. Critical for toothpaste, the gum supports the suspension of abrasive agents without leaving particles behind on teeth. For creams and lotions, low microbial counts keep the need for harsh preservatives in check. Sensory panels and equipment readings in our labs report on smoothness and spreadability, since even a small grain or inconsistency drives consumer complaints. While xanthan and cellulose gums offer alternatives, formulators will often return to guar gum for its mild skin feel and easy integration into both “green” and traditional lines.
Starch, cellulose, and other plant-based thickeners have their place, but guar gum tends to win out in systems that need strong viscosity at very low addition rates. It hydrates quickly even in cold water—unlike many starches that call for heating—and reacts rapidly to shear and agitation. In plant trials, our customers find that guar gum’s high molecular weight and galactomannan structure translate into tenacious water binding and superior suspending power. This lets manufacturers stretch their input farther, which makes better sense for both budgeting and environmental stewardship. In canned foods, frozen desserts, and processed meats, the ability of guar gum to resist breakdown under freeze-thaw cycles or extreme pH ranges adds predictability to demanding industrial schedules.
Other thickeners—like carboxymethylcellulose or pectin—tend toward higher cost at certain volumes, and their supply chains tie back to fruit or wood pulping industries, where seasonal swings or chemical residues complicate sourcing. Our consistency starts on the farm, where established grower networks in India and nearby regions allow forward contracts and steady raw stock pipelines. We maintain our own warehousing in proximity to these farms, drying pods in controlled environments to lock in moisture and keep mold or pests at bay.
People on factory lines and in R&D labs want numbers they can trust. Typical specs for our guar gum: mesh size 200–300 (fine, free-flowing), moisture below 10%, ash max 1%, protein less than 6%. Viscosity sits in the 3500–7000 cps range at 1% solution, tested at 25°C with a Brookfield viscometer. For food, we restrict E. coli, Salmonella and total plate counts to global food code limits. All lots come with documentation, including physical parameters and microbial analysis. Our paperwork is as important as the product, because we know audits happen and traceability matters.
Day in and day out, you can taste, feel, and measure the difference between a batch of guar gum that’s been thoughtfully sourced and handled versus a generic jobber’s sack. Our raw seed suppliers provide traceability down to regional harvest times, letting us isolate lots that perform best under varied rainfall or soil conditions. De-husking, splitting, and hydration all fall under one roof, which fast-tracks troubleshooting and improvement cycles. We have open lines of communication with customers: if their dry mix packs too tightly, gums hydrate unevenly, or storage reveals an off-smell, we adjust roasting, blending, or packaging protocols right away.
We package in food-grade kraft, polyethylene-lined bags, or high-barrier drums, depending on customer need. Bulk orders ship by sea, rail, or road, always accompanied by detailed seals and batch records. Experience tells us that one weak link—damp warehousing, carelessness with temperature, or poor stock rotation—can undo months of meticulous processing. Our teams audit warehousing twice monthly and train loaders to spot breached packaging before it turns into a customer complaint.
The world asks tougher questions of material suppliers every year. Food companies shift toward clean labels; oil companies want more sustainable, lower-impact thickeners; textile and paper processors lose patience for synthetic blends that struggle with disposal or add to landfill. In our lab, we continually develop novel blends and process tweaks—co-processing guar with other hydrocolloids, enzymatic modification for reduced dust, or pre-hydrated slurries to cut production time. We test every approach not just for lab neatness, but for performance in real gear, with the inevitable mess and unpredictability of an industrial setting.
We collaborate with technical universities and end users to trial blends that tweak hydration rate, granulation, and fiber content for specific outcomes. For oilfield use, our fast hydrating guar gum achieves peak viscosity in less than 2 minutes under high shear, responding to the pressure for faster setup. Paper customers have tested our low odor grade—engineered for less noticeable scent transfer in specialty printing.
Traceability stands as no empty buzzword in our operation. Each batch can be tracked back to its growing region, field, and processing date. We operate under food safety programs compliant with international standards and have undergone audits for BRC, FSSC, and kosher certifications where required. Our testing equipment gets calibrated every month; outside labs cross-check results. For customers targeting vegan, gluten-free, or organic labels, our procedures document non-contamination clearly.
Supply chain disruptions will happen, but robust relationships with growers and haulers help us to deliver contracted volumes. We keep emergency stocks on hand, and our forecasting tools blend historical weather and crop yield data, letting us alert partners to potential fluctuations long before shipments run short. To us, this practice means more than steady business—it means keeping production managers and procurement teams out of tight spots.
Manufacturers’ problems don’t always follow the spec sheets. We hear about dustiness in dry blending, clumping in high-shear mixers, or gum settling out during ingredient pre-blends. Our work includes more than just exporting a powder; we walk through blending techniques, solution handling, and storage with R&D teams worldwide. For some, adding guar gum at lower temperatures improves dispersion; for others, pre-hydrating in partial water batches prevents lumps.
We ship samples when a new product needs testing. Often, collaborating on-site or virtually, we help adjust water ratios, blending speeds, or holding times. Every production line behaves a bit differently; our best customer relationships rely on feedback loops, adapting our process until issues—be it separation, air inclusion, or graininess—settle down. We know the raw material’s natural variation can throw off even a steady process, especially across seasons or changes in supply region. We have learned to adapt batch to batch, always chasing the best possible fit for the application.
Guar gum appeals to manufacturers who wrestle with tougher legislative rules and rising sustainability demands. Its plant origins, low input farming, and natural biodegradation leave less impact on land and water. As pressure grows to slash non-renewable resources, we help companies transition away from synthetic polymers towards biobased solutions. We’re actively trialing new grades that work in water recycling, biodegradable packaging coatings, or as alternatives to acrylamide and PVOH in specialty fields. For customers marketing “eco” or “green” finished goods, real-world performance, traceability, and responsible sourcing bridge the gap between nature and industry.
Years in the business have shown us the truth behind each bag of guar gum: what matters is not just the technical parameter, but how a supplier follows through from seed to factory gate. We listen, we test, and we adjust. Our guar gum stands out thanks to careful field selection, thorough refinement, and a steady hand in quality control—qualities which add up to fewer headaches and better product in your line, batch after batch.