Guar seeds (Cyamopsis tetragonoloba) come primarily from India (85 percent of global supply, Rajasthan and Gujarat), Pakistan (Sindh and South Punjab), with smaller volumes from Sudan and Mexico. Buyers split into two channels: galactomannan extraction for food, cosmetic, and oil-gas drilling fluid, and animal feed industrial supply. MOQ is one 20-foot FCL at 22 to 25 metric tons. FOB Karachi pricing runs 1.20 to 2.40 USD per kilogram.
Cyamopsis tetragonoloba — what guar is and where it grows
Guar (Cyamopsis tetragonoloba) is a drought-tolerant legume native to the arid drylands of the northwestern Indian subcontinent. The plant tolerates poor soils, low irrigation, and the short monsoon-rain window that characterizes Rajasthan, Gujarat, Haryana, and the bordering Pakistani provinces. Its commercial value sits in the seed endosperm — a polysaccharide called galactomannan, marketed as guar gum, that has industrial-grade thickening, gelling, and viscosifying properties second to almost no other natural hydrocolloid.
Annual global guar seed production runs 1.5 to 2.5 million tons depending on monsoon conditions, with extreme year-on-year volatility per APEDA guar gum sector statistics. A strong monsoon year can deliver 2.8 million tons; a drought year drops production to 1.2 million tons. This volatility shapes the entire downstream pricing structure for guar gum and the secondary feed market.
Origins — India, Pakistan, Sudan, Mexico
India. Roughly 85 percent of global guar production sits in three Indian states per Government of Rajasthan agriculture department statistics. Rajasthan accounts for 65 to 70 percent of Indian production, with the Jodhpur-Bikaner-Nagaur cultivation belt dominating; the harvest is auctioned at the Bikaner, Jodhpur, and Sri Ganganagar mandis. Gujarat (Banaskantha, Patan, Mehsana districts) provides 15 to 18 percent of Indian supply. Haryana (Hisar, Bhiwani, Mahendragarh districts) provides the remainder. Indian guar exports through Mundra, Kandla, and Pipavav ports, with the Mumbai-area ports handling the value-added gum-powder shipments.
Pakistan. Sindh (Tharparkar, Umerkot, Mirpur Khas districts) and South Punjab (Bahawalpur, Rahim Yar Khan, Dera Ghazi Khan districts) produce roughly 8 to 12 percent of global supply. Pakistani guar harvest mirrors the Indian cycle and ships out of Karachi Port. Pakistani guar pricing typically tracks Indian within a 3 to 7 percent band.
Sudan and Mexico. Smaller producers serving regional supply. Sudan exports through Port Sudan to Middle Eastern markets; Mexican guar serves the North American market with US Texas-Oklahoma drilling-fluid demand. Combined, these two account for the remaining 3 to 5 percent of global supply.
Two value chains — galactomannan extraction and animal feed
The guar seed splits into two distinct downstream value chains, each with its own buyer profile and price economics.
Galactomannan extraction. This is the high-value channel. Whole guar seed is split, dehusked, and processed through grinding and sieving to produce guar gum powder. Yield is roughly 30 to 33 percent gum from whole seed. The remaining 67 to 70 percent is guar meal or guar churi (the protein-rich hull fraction) which moves to the animal-feed channel as a high-protein byproduct.
Animal feed direct. Whole guar seed or guar meal moves directly into compound feed manufacturing for cattle, sheep, and poultry. India and Pakistan both consume substantial guar meal in domestic feed production; export volumes go to Middle Eastern feed mills, European feed compounders, and US feedlot operators.
The price split between the two channels can be significant: guar gum food-grade powder runs USD 2,500 to USD 4,500 per ton FOB origin, while guar meal for feed runs USD 350 to USD 550 per ton. The whole-seed export price is the weighted average of the two downstream pulls.
Viscosity bands — the price-defining spec for guar gum
Guar gum is sold not by "guar gum" alone but by viscosity band measured in centipoise (cps) on a defined dilution and shear protocol. The bands shape the price.
3,500 to 4,500 cps. Food-grade light viscosity for dairy applications (ice cream, yogurt stabilization), sauces, and bakery. Pricing USD 2,500 to USD 3,200 per ton FOB origin in 2026.
4,500 to 6,000 cps. Standard food-grade medium viscosity for most food applications including sauces, baked goods, and processed meat. Largest single demand band. Pricing USD 2,800 to USD 3,500 per ton.
6,000 to 8,000 cps. Industrial-grade for cosmetic and personal care formulation, plus higher-spec food applications. Pricing USD 3,200 to USD 4,000 per ton.
8,000 to 9,500 cps. High-viscosity industrial-grade for oil-and-gas drilling fluid (fracking) and large-scale industrial applications. The single largest demand pull at scale, correlated with US EIA shale rig-count and well-completion data. Pricing USD 3,500 to USD 4,500 per ton, with substantial spot-price volatility tied to oil-and-gas drilling activity.
Above 9,500 cps. Specialty high-viscosity for niche applications. Pricing variable, typically USD 4,500 to USD 6,500 per ton.
Mesh size grading — fine powder vs industrial
Beyond viscosity, mesh size shapes the price.
100 to 200 mesh (fine powder) — the standard for food applications. Higher processing cost, lower production yield. Premium pricing.
200 to 325 mesh (extra-fine powder) — for cosmetic and pharmaceutical-grade applications where formulation feel and dispersibility matter. Highest pricing within the grading.
30 to 60 mesh (coarse powder, industrial flour) — for oil-and-gas drilling fluid where coarser dispersion is acceptable and cost economics matter more. The largest single tonnage band at scale.
A buyer's RFQ must always state both viscosity and mesh size. A "guar gum 5,000 cps 200 mesh food grade" spec is meaningful; "guar gum" alone is not.
Oil and gas industry drilling fluid — the largest demand pull at scale
The single largest demand pull for high-viscosity guar gum is the oil-and-gas industry as a viscosifier in hydraulic fracturing drilling fluid. US shale, Canadian oil sands, and offshore drilling operations consume substantial volumes — in peak drilling years, oil-and-gas demand can absorb 30 to 40 percent of global guar gum production.
This single-channel exposure makes guar pricing tightly correlated to oil prices and drilling activity. When WTI crude trades above USD 70 per barrel and US shale rig count rises, guar gum spot prices surge; the 2011-2012 spike took industrial-grade guar gum to USD 12,000 per ton. When oil prices drop and rig counts fall, guar gum prices compress to the food-cosmetic floor.
For procurement teams, this means that securing guar gum supply against a fixed price requires either annual contracting at the start of the cycle or hedging through the seasonal price patterns.
Food industry galactomannan thickener applications
The food-industrial channel consumes guar gum at scale across multiple application categories.
Ice cream and frozen desserts — guar gum at 0.1 to 0.5 percent inclusion controls ice crystal formation, improves mouthfeel, and extends shelf life. Major US, EU, and Japanese ice cream brands maintain long-cycle supply agreements with Indian guar gum producers.
Sauces and condiments — guar gum provides viscosity in salad dressings, ketchup, mustard, and processed sauces. Lower cost than xanthan gum and frequently used in combination.
Baked goods and gluten-free formulation — guar gum binds dough, traps moisture, and substitutes for gluten in gluten-free bakery formulation. Demand from the gluten-free retail category has grown 8 to 12 percent annually over the last five years.
Processed meat — guar gum provides binding and water retention in sausages, deli meat, and reformed meat products.
Beverages — limited but growing use as a thickener in functional beverages, smoothies, and protein shakes.
Cosmetic conditioning agent applications
The cosmetic and personal-care channel uses guar gum and its cationic derivative (guar hydroxypropyltrimonium chloride, marketed as cationic guar) as a hair conditioning agent, skin-feel modifier, and rheology controller.
Shampoo and hair conditioner — cationic guar at 0.1 to 0.3 percent provides hair-conditioning benefits at lower cost than synthetic cationic polymers. Major shampoo brands across L'Oreal, Unilever, and Procter and Gamble portfolio use cationic guar at scale.
Body wash and skin care — natural guar gum at 0.5 to 1.5 percent inclusion provides viscosity and skin-feel.
Toothpaste — guar gum and its derivatives stabilize toothpaste against syneresis.
The cosmetic-grade premium over food-grade typically runs USD 500 to USD 1,500 per ton for equivalent viscosity band, reflecting the additional cosmetic-formulator documentation pack.
Container math, MOQ, and FOB Karachi pricing
Guar seed and guar gum are dense, low-volume cargo. Container math is favourable.
Whole guar seed: 22 to 25 metric tons per 20-foot FCL in 50 kg PP bags. Guar gum powder: 18 to 22 metric tons per 20-foot FCL in 25 kg paper-laminate bags. Guar meal: 24 to 26 metric tons per 20-foot FCL in 50 kg PP bags.
MOQ tiers as we run them at Kehkashan:
- 1 ton sample — minimum lot for trial qualification
- 5 tons — break-even on LCL with consolidated shipping
- 22 tons+ — full 20-foot FCL of single-grade material
- 25 tons+ — full 40-foot FCL for industrial-volume buyers
FOB Karachi pricing (indicative, 2026):
- Whole guar seed: 1.20-1.60 USD/kg
- Guar gum powder, food-grade 4,500-6,000 cps, 200 mesh: 2.80-3.50 USD/kg
- Guar gum powder, industrial-grade 8,000-9,500 cps, 60 mesh: 3.50-4.50 USD/kg
- Guar gum powder, cosmetic-grade 6,000-8,000 cps, 325 mesh: 3.20-4.00 USD/kg
- Cationic guar derivative: 5.00-8.00 USD/kg
- Guar meal animal feed: 0.40-0.60 USD/kg
Indian-origin pricing typically runs 3 to 6 percent below Pakistani FOB on equivalent grade; we ship both origins through Karachi consolidation or direct Mundra-Pipavav as the buyer specifies.
Documentation set on every shipment
Every Cyamopsis tetragonoloba container leaves Karachi or Mundra with the standard export pack:
- Bill of lading
- Commercial invoice and packing list
- Certificate of Origin
- Phytosanitary certificate (Department of Plant Protection or Indian APEDA)
- Certificate of Analysis (viscosity, mesh size, moisture, ash, protein, microbial)
- Health certificate (PSQCA or Indian FSSAI)
- Fumigation certificate
- Form A or EUR.1 origin certificate where preferential tariff applies
Food-grade buyers add the FSSC 22000 audit certificate; oil-and-gas industrial buyers add the Material Safety Data Sheet (MSDS) and viscosity-batch laboratory report per shipment lot.
Lead times by destination port
| Destination port | Country | Ocean transit | Typical Incoterm |
|---|---|---|---|
| Houston | United States | 30-38 days | CFR / CIF |
| Galveston | United States | 30-38 days | CFR / CIF |
| Rotterdam | Netherlands | 21-28 days | CIF / DAP |
| Hamburg | Germany | 21-28 days | CIF / DAP |
| Antwerp | Belgium | 21-28 days | CIF / DAP |
| Felixstowe | United Kingdom | 21-28 days | CIF / DAP |
| Jeddah | Saudi Arabia | 5-8 days | CFR / CIF |
| Singapore | Singapore | 10-14 days | CFR |
| Tokyo | Japan | 24-28 days | CFR / CIF |
| Busan | South Korea | 21-26 days | CFR / CIF |
| Mombasa | Kenya | 12-18 days | CIF |
| Santos | Brazil | 32-40 days | CFR / CIF |
US Gulf-coast ports (Houston, Galveston) are the priority destinations for the oil-and-gas industrial channel; EU North-Sea ports handle the food and cosmetic channels.
Competition map — who buyers usually go to
The guar gum supply chain is concentrated at the processor level even though raw guar farming is fragmented. Three Indian players dominate global guar gum supply: Hindustan Gum and Chemicals (publicly listed, large oil-gas channel), Lotus Gums and Chemicals (food and cosmetic focus), and Vikas WSP (mid-volume with broad customer base). Below this tier sit roughly 30 to 50 mid-volume Indian gum producers plus a handful of Pakistani exporters.
Differentiators for procurement teams running diligence:
- Viscosity stability across lots — a supplier holding viscosity within plus-or-minus 200 cps across multiple shipments is the supplier you want for industrial-formulation use.
- Lab certification from internationally recognized labs on viscosity and microbiological parameters.
- Origin-traceability — named cooperative or named mandi auction sourcing.
- Storage and warehousing at origin — guar gum is hygroscopic and degrades viscosity rapidly above 8 percent moisture, so origin storage discipline matters.
When to buy ahead vs spot
The guar cycle aligns to monsoon. Sowing runs June-July with the start of the southwest monsoon; harvest runs October-November. Pricing assessment finishes by late December and the year's price band stabilizes by January-February.
For food, cosmetic, and pharmaceutical buyers with predictable annual demand, locking annual contracts in January-February at fixed prices typically secures 8 to 15 percent better pricing than spot purchases through the year. For oil-and-gas industrial buyers with drilling-cycle-driven demand, spot procurement remains the operating mode because drilling activity itself moves unpredictably.
For Pakistani-origin specifically, the harvest timing is identical to Indian and pricing tracks Indian within the 3 to 7 percent band described above.
Trade desk closing note
Guar is one of the rare commodities where a single weather variable (the southwest monsoon) and a single industrial-demand variable (oil-and-gas drilling) drive price economics. Procurement teams running guar gum supply against fixed-formulation needs benefit from annual contracting; industrial buyers tracking the drilling cycle benefit from disciplined spot procurement.
We work with named cooperatives in Rajasthan, Gujarat, Pakistani Sindh, and South Punjab, plus direct relationships with mid-tier gum processors for guar gum powder. For a quote, send the four RFQ specs (form, viscosity band, mesh size, quantity) to [email protected]. The trade desk replies within one working day with FOB Karachi or Mundra, CFR destination port, CIF, and DAP options.