Classification
Product TypeProcessed Food
Product FormRefrigerated
Industry PositionProcessed Dairy Product
Market
Buffalo-milk butter is a specialty dairy fat product whose supply is tied to regions with established water buffalo dairying, especially South Asia and parts of the Middle East/North Africa. FAOSTAT (via UNdata) tracks production specifically as “Butter of buffalo milk”, but most international trade reporting for butter is not species-differentiated, limiting visibility into global buffalo-only export flows. Where traded internationally, buyer expectations typically align with mainstream butter compositional and additive rules (e.g., Codex butter standard), with quality outcomes strongly dependent on hygienic milk handling and cold-chain integrity. Market dynamics therefore hinge on upstream buffalo milkfat availability, animal-health shocks, and compliance with importing-country dairy regulations.
Major Producing Countries- 인도Reported producer in FAOSTAT/UNdata series for 'Butter of buffalo milk' (item code 952).
- 파키스탄Reported producer in FAOSTAT/UNdata series for 'Butter of buffalo milk' (item code 952).
- 이집트Reported producer in FAOSTAT/UNdata series for 'Butter of buffalo milk' (item code 952).
- 방글라데시Reported producer in FAOSTAT/UNdata series for 'Butter of buffalo milk' (item code 952).
- 중국Reported producer in FAOSTAT/UNdata series for 'Butter of buffalo milk' (item code 952).
Specification
Physical Attributes- Butter is a water-in-oil emulsion derived exclusively from milk and/or milk products (Codex butter standard).
- Higher milkfat in buffalo milk supports higher cream/butter yield potential versus typical cow milk compositions (FAO food composition reference for buffalo vs cow whole milk).
Compositional Metrics- Codex butter standard: minimum milkfat 80% (m/m).
- Codex butter standard: maximum water 16% (m/m).
- Codex butter standard: maximum milk solids-not-fat 2% (m/m).
Grades- Codex compositional compliance for butter is a common international reference point (milkfat/water/MSNF limits).
Packaging- Retail blocks/wrapped butter (foil or parchment with outer carton) for chilled distribution.
- Bulk cartons/blocks for industrial users (bakery/foodservice) with refrigerated or frozen logistics.
ProcessingCream separation and churning/working are the core processing steps; optional salting and optional colouring (where permitted) are used to meet buyer specifications.
Supply Chain
Value Chain- Buffalo milk collection → cream separation/standardization → pasteurization → cream aging (where used) → churning → working/salting → packaging → refrigerated distribution
Demand Drivers- Traditional culinary use and milkfat demand in buffalo-dairy regions (including use as a base for clarified butter/ghee in South Asian food systems).
- Bakery and foodservice demand for butterfat functionality (lamination, flavor, mouthfeel), supplied via retail or industrial packs.
- Specialty/ethnic retail demand in diaspora markets seeking buffalo-dairy products.
Temperature- Cold-chain continuity is central for quality: temperature abuse accelerates oxidative rancidity and off-flavor development in butterfat.
Shelf Life- Butter is relatively shelf-stable versus fluid milk but remains sensitive to oxidation, light exposure, and odor pickup; packaging and storage conditions strongly influence keeping quality.
Risks
Animal Disease HighFoot-and-mouth disease (FMD) is a highly contagious livestock disease that reduces productivity (including milk yield) and can disrupt national and international trade in animals and animal products; buffalo-milk butter supply is especially exposed because it depends on upstream buffalo milkfat availability in reporting producer countries.Qualify suppliers with documented veterinary controls and traceability; maintain alternate approved origins/specs for butterfat; keep contingency inventories for critical SKUs in import markets subject to SPS disruptions.
Food Safety MediumButter can carry food-safety risk if produced from poor-quality raw milk or processed under weak hygiene controls; contaminants are difficult to remove once fat is concentrated.Require HACCP-based controls, validated pasteurization for cream, environmental monitoring, and supplier audits aligned to importing-market requirements.
Regulatory Compliance MediumInternational trade commonly references Codex compositional rules for butter and Codex GSFA provisions for permitted additives (e.g., optional colouring); importing-country rules may be stricter, creating shipment rejection risk.Contract to explicit compositional specs and additive declarations; verify label and additive legality against destination regulations before production and export.
Quality And Shelf Life MediumOxidation, light exposure, and odor pickup can quickly degrade sensory quality in butterfat products, and cold-chain breaks can accelerate defects during distribution.Use oxygen/light protective packaging, manage warehouse odors, and implement temperature monitoring across transport and storage nodes.
Sustainability- Enteric methane and manure emissions from buffalo dairying (upstream footprint of butterfat).
- Feed and land-use pressures linked to dairy intensification and fodder supply stability.
- Refrigeration energy demand across processing and cold-chain distribution.
Labor & Social- Smallholder livelihood exposure in buffalo-dairy regions where informal milk collection is common.
- Quality/payment disputes and adulteration pressures in fragmented raw milk supply chains (economic and trust risk).
FAQ
What compositional requirements commonly define butter for international trade references?A widely used reference is the Codex standard for butter, which sets a minimum milkfat content of 80% (m/m), a maximum water content of 16% (m/m), and a maximum milk solids-not-fat content of 2% (m/m).
Which countries are explicitly listed as producers in FAOSTAT’s “Butter of buffalo milk” series?In the FAOSTAT series presented via UNdata for “Butter of buffalo milk”, reporting producers include India, Pakistan, Egypt, Bangladesh, China, Nepal, Türkiye, Iraq, and the Syrian Arab Republic (among others shown in the series filter list).
What is the single biggest global disruption risk specific to buffalo-milk butter supply?Animal-health shocks—especially foot-and-mouth disease—are a major disruption risk because they can reduce milk production and trigger trade restrictions affecting animal products, which in turn constrains buffalo milkfat availability used to make buffalo-milk butter.