This section focuses on an overview of pea starch powder and granular as well as its manufacturing processes and uses. Also, please check out the introduction to pea starch manufacturers, supply chain issues, pea starch suppliers, and pea starch prices. Sinofi can help you buy high-quality pea starch in bulk for your industry applications at wholesale prices based on CAS 9005-25-8.

Table of Contents

What is Pea Starch?

Pea starch is a natural carbohydrate polymer extracted from yellow field peas (Pisum sativum). Pea starch consists primarily of two polysaccharide components: amylose and amylopectin. The amylose content in pea starch typically ranges from 33-49%, which is higher than many other commercial starches like corn (25-28%) or potato (20-25%). This high amylose-to-amylopectin ratio contributes to its distinct functional properties, including strong gel formation, high viscosity, and resistance to digestive enzymes. As a versatile biopolymer with unique functional properties, pea starch has gained significant attention in various industries seeking plant-based, non-GMO, and gluten-free ingredients.
Pea starch exhibits several valuable functional characteristics:

High gelatinization temperature compared to cereal starches.
Strong gel-forming capacity with high final viscosity.
Limited swelling power but good stability under heat and shear.
Slow digestibility and resistant starch content.
Good film-forming properties.
Natural white color with neutral taste.

These properties make pea starch particularly suitable for applications requiring thermal stability, texture enhancement, and controlled release systems.

CAS No.: 9005-25-8

According to the American Chemical Society, the CAS number of pea starch is 9005-25-8.
Appearance: White powder
Solubility: Insoluble in cold water.

Bulk Pea Starch Manufacturers

The global pea starch production capacity is dominated by several bulk manufacturers, primarily concentrated in the US, Canada, China, and EU countries. According to StarchEurope, bulk pea starch manufacturers like Roquette, Ingredion, and Emsland Group operate dedicated pea processing facilities in Europe and Canada. They offer a comprehensive portfolio of pea starch products for the food industry, particularly for clean-label and gluten-free applications.
Sinofi is a bulk pea starch manufacturer in China, and we have a manufacturing facility with 2,500 square meters for the production of pea starch powder. We supply high-quality pea starch at bulk prices and serve food, pharmaceutical, and other industries worldwide.

Manufacturing Process of Pea Starch

The manufacturing of pea starch exemplifies modern food processing technology that combines traditional mechanical separation principles with advanced purification and modification techniques. The production of bulk pea starch typically follows these key steps:

Raw Material Selection and Preparation

The production of high-quality pea starch begins with the careful selection of yellow field pea varieties with optimal starch content, typically ranging between 45-50% of dry matter. Peas are harvested at full maturity, cleaned to remove foreign materials, and inspected for quality parameters including moisture content, damaged seeds, and microbial contamination.

Primary Processing: Starch Extraction

The extraction of pea starch involves several sequential steps:

Milling and Grinding: Conditioned peas are ground into fine flour using roller mills or impact mills. The objective is to rupture cell walls and release starch granules while minimizing damage to the starch structure.
Protein Separation: The pea flour is dispersed in water, creating a slurry. The pH is adjusted (typically to 7.0-8.0) to optimize protein solubility. The slurry undergoes hydrocyclone separation or centrifugation to separate the protein fraction from the starch-fiber mixture.
Fiber Removal: The starch-fiber mixture passes through fine sieves or multiple hydrocyclone stages, exploiting differences in particle size and density to separate the starch from fibrous materials.
Starch Purification: The separated starch undergoes several washing cycles to remove residual proteins, lipids, and soluble components. This purification process is critical for achieving the desired functional properties and color characteristics.
Dewatering and Drying: The purified starch slurry, typically containing 35-40% solids, is dewatered using hydrocyclones or centrifuges, followed by drying in flash or spray dryers to achieve a final moisture content of 10-13%.

Quality Control and Characterization

Throughout the manufacturing process, rigorous quality control measures ensure product consistency and safety:

Physicochemical Analysis: Measurements of moisture content, pH, ash content, protein content, and amylose/amylopectin ratio.
Functional Testing: Assessment of gelatinization properties, pasting behavior, viscosity profiles, and gel strength.
Microbiological Testing: Verification of microbial safety according to food-grade specifications.

Leading manufacturers continually invest in optimizing these processes to improve yield, reduce energy consumption, and enhance product quality.

Bulk Pea Starch Suppliers

The global pea starch supply is dominated by bulk suppliers in the US, Canada, China, and EU countries. Bulk pea starch suppliers like Roquette, Ingredion, and Emsland Group have made significant investments in pea processing facilities and offer various grades of pea starch for different applications.
Sinofi is a bulk pea starch supplier in China, and we have a warehouse with 1,200 square meters for high-quality pea starch powder. We sell different grades of pea starch at wholesale prices to food, pharmaceutical, and other industrial manufacturers.

Supply Chain of Pea Starch

The pea starch supply chain represents a complex network of interdependent stakeholders spanning agricultural production, industrial processing, and consumer goods manufacturing.

Supply Chain Structure

The pea starch supply chain consists of five primary segments: raw material production, processing, distribution, manufacturing, and retail. Each segment involves multiple stakeholders and complex logistics networks.

Raw Material Production

The supply chain begins with farmers who cultivate yellow field peas. Key production regions include:

North America (Canada and the United States)
Europe (France, Denmark, and Eastern European countries)
Asia (China and India)
Australia

Annual harvest cycles and regional growing conditions create inherent volatility in the supply base, necessitating careful planning and forecasting throughout the chain.

Distribution Network

The distribution segment encompasses:

Bulk transport of pea starch to industrial users.
Specialized warehousing with temperature and humidity controls.
Inventory management across regional distribution centers.
Quality assurance and compliance documentation

Both specialized ingredient distributors and integrated logistics providers manage this segment, with major companies maintaining their distribution networks to ensure quality control and supply reliability.

Downstream Users

Food manufacturers represent the primary industrial users of pea starch, incorporating it into:

Baked goods and pasta products.
Meat alternatives and plant-based foods.
Dairy alternatives.
Snack foods and confectionery.
Ready meals and convenience foods.

Secondary markets include pharmaceutical formulations, paper production, and industrial adhesives. Manufacturers typically maintain relationships with multiple suppliers to mitigate supply risks.

Retail and Consumer Distribution

Finished products containing pea starch reach consumers through:

Traditional retail channels including supermarkets and specialty stores.
Food service operators including restaurants and institutional catering.
E-commerce platforms.

As demand for plant-based ingredients continues to grow, this supply chain is experiencing significant development and refinement. Success in this market requires understanding the intricate relationships between farming, processing, distribution, and application development.

Wholesale and Buy Pea Starch in Bulk

Purchasing pea starch in bulk offers significant advantages for buyers who incorporate this versatile ingredient into their products. By understanding the specific requirements for quality, storage, and handling, companies can optimize their procurement strategy and benefit from cost savings while ensuring consistent supply. As consumer demand for plant-based and clean-label products continues to grow, it is increasingly important for pea starch buyers to establish strong relationships with reliable wholesale pea starch suppliers to maintain a competitive advantage in the marketplace.
When sourcing bulk pea starch, procurement professionals should consider:

Specification Requirements – Different applications require specific functional properties. Work closely with R&D to determine exact requirements for viscosity, gelatinization temperature, and stability.
Certification Standards – Verify suppliers’ certifications for food safety (GFSI benchmarked standards), organic status, non-GMO verification, and kosher/halal certifications as needed.
Supply Chain Resilience – Assess suppliers’ ability to ensure continuity of supply through multiple production facilities, inventory strategies, and robust risk management practices.
Sustainability Credentials – Evaluate suppliers’ environmental practices, carbon footprint, and sustainability reporting to align with corporate ESG objectives.
Total Cost Analysis – Consider not just unit price but also consistency of quality (which affects production efficiency), logistics costs, and payment terms.

As a bulk pea starch manufacturer and supplier in China, we supply high-quality ingredients for food, pharmaceutical, and other industries. We also wholesale pea starch to small customers. Normally, they want to buy pea starch powder in small quantities. To serve them, we can wholesale high-quality pea starch at bulk prices and provide a one-stop purchasing service.

Pea Starch Prices (USD/Kg)

Food Grade Pea Starch Prices (Purity≥96.0%)

Volume	Unit Price	Shipment
50g	2 USD	Express
500g	5 USD	Express
1Kg	8 USD /Kg	Express
10Kg	negotiable	Express
100Kg-Above	negotiable	Express / Sea

The global pea starch prices are currently experiencing modest stability with regional variations. European pea starch suppliers generally command premium pricing due to established processing infrastructure and quality certifications, while emerging Asian markets offer more competitive rates but with varying quality standards. The clean-label movement and plant-based protein trends have positioned pea starch as a preferred texturizing agent and binding component. Food-grade pea starch typically commands higher prices than industrial grades.

Key Factors Influencing Pea Starch Prices

Several interconnected factors are currently shaping pea starch pricing:

Agricultural Production Conditions: Crop yields of yellow peas, particularly in major producing regions like Canada, France, and Russia, directly impact raw material availability. Recent growing seasons have seen generally favorable conditions, helping to stabilize prices.
Processing Capacity: Investments in pea processing facilities have expanded global capacity, creating a more balanced supply-demand equation. However, the technological advantages of established processors continue to create price differentials.
Functional Alternatives: Competition from other starches (corn, potato, tapioca) creates pricing pressure, with pea starch typically commanding a premium due to its clean label status and functionality.
Sustainable Sourcing Premiums: Certified organic and sustainably produced pea starch typically commands a 15-30% price premium over conventional varieties, reflecting growing consumer demand for environmentally responsible ingredients.

Furthermore, the above pea starch price quotations, especially for small orders, do not include the express shipping fee. The reason is that the shipment cost of pea starch may exceed the value of the sample. However, the bulk wholesale prices of pea starch will be much lower than those of small orders. Please contact us for more details.

Pea Starch Uses

Pea starch, extracted from yellow field peas (Pisum sativum), has emerged as a significant plant-based ingredient with diverse applications across multiple industries. This natural polymer offers unique functional properties that make it increasingly valuable in food production, industrial manufacturing, and pharmaceutical development.

Food Uses

In the food industry, pea starch serves as an essential ingredient in:

Gluten-free baked goods, providing structure and texture.
Meat alternatives, improving binding and mouthfeel.
Dairy substitutes, enhancing creaminess and stability.
Soups and sauces, providing thickening without cloudiness.
Confectionery products, offering stability and shelf-life extension.

Pharmaceutical Uses

The pharmaceutical industry utilizes pea starch as an excipient in tablet formulations. Its exceptional binding properties and compressibility make it suitable for direct compression tableting. Additionally, pea starch functions effectively as a disintegrant, facilitating tablet breakdown and active ingredient release.

Other Industrial Uses

Beyond food and pharmaceuticals, pea starch finds applications in:

Paper and adhesive manufacturing
Biodegradable packaging materials
Textile industry sizing agents

Pea Starch Benefits

Pea starch represents a promising ingredient with multifaceted benefits spanning health, functionality, and sustainability.

Nutritional Benefits

Pea starch provides several nutritional advantages that make it an appealing option for health-conscious consumers. First, it contains a higher proportion of resistant starch compared to many other starch sources. Resistant starch functions similarly to dietary fiber, passing through the digestive system largely undigested and promoting gut health through fermentation in the large intestine.
The consumption of pea starch has been associated with improved glycemic control. Foods containing pea starch typically have a lower glycemic index than those made with conventional starches, resulting in more gradual blood sugar increases after meals. This characteristic makes pea starch particularly beneficial for individuals managing diabetes or seeking to stabilize blood glucose levels.
Furthermore, pea starch contributes to increased satiety, potentially aiding in weight management. The slower digestion process and resistant starch content help consumers feel fuller for longer periods, potentially reducing overall caloric intake.

Allergen-Free Benefits

One of the most significant advantages of pea starch is its status as an allergen-free ingredient. Unlike starches derived from wheat, corn, or potato, pea starch rarely triggers allergic reactions. This property has positioned pea starch as an excellent option for individuals with food sensitivities or allergies, particularly those avoiding gluten, corn, or other common allergens.
The food industry has increasingly incorporated pea starch into gluten-free formulations to improve texture and functionality while maintaining clean label requirements. Products utilizing pea starch can often achieve characteristics similar to their conventional counterparts without compromising quality or taste.

Environmental Sustainability

The production of pea starch offers notable environmental benefits compared to other starch sources. Pea crops require relatively low water inputs and can fix nitrogen in the soil, reducing the need for synthetic fertilizers. This nitrogen-fixing capability contributes to improved soil health and potentially reduces greenhouse gas emissions associated with fertilizer production and application.
Additionally, pea cultivation frequently forms part of crop rotation systems that enhance biodiversity and soil structure. As sustainability considerations increasingly influence consumer preferences and corporate decision-making, the environmental advantages of pea starch have strengthened its market position.

Pea Starch Used in Food

A Pure Pea-based Textured Protein

Ingredients: Weigh the pea protein isolate, 96 parts; pea starch, 3 parts; pea dietary fiber, 1 part; peas, 5 parts; transglutaminase, 0.8 parts; protein glutaminase, 0.8 parts; cellulase, 0.4 parts; hemicellulase, 0.6 parts.

Soaking: Soak the weighed peas in water at room temperature. Add 0.1 wt% baking soda and 0.2 wt% table salt to the water. Soak until the peas are fully softened (about 8 hours).
Grinding: Grind the soaked peas with a grinding machine. The mass ratio of water to peas is 8:1. Use a 100-mesh screen for the grinding machine. Separate the pea slurry and the pea residue for later use.
Mixing: Put the weighed solid materials (pea protein isolate, pea starch, pea dietary fiber, transglutaminase, protein glutaminase, and pea residue) into a mixer. Mix for 3 minutes in the forward direction, then 0.5 minutes in the reverse direction, and finally 2 minutes in the forward direction to obtain a solid mixture.
Enzyme dissolution: Weigh the liquid cellulase, liquid hemicellulase, and pea slurry, and add them to a stirring tank with water at 50°C. Control the mass ratio of water to pea slurry at 3:1. Stir for 1 minute, then let it stand for 15 minutes to obtain a liquid mixture.
Extrusion and expansion: Start the twin-screw extruder to produce expanded pea textured protein.
Cutting: After the material is extruded from the twin-screw extruder, start the rotary cutter to cut the textured protein into cylindrical shapes.
Drying: Transport the cylindrical textured protein to the dryer. Set the drying temperature at 60°C and the drying time at 30 minutes. Once the drying is complete, the finished product is obtained.

In conclusion, pea starch represents a versatile, sustainable, and functional ingredient with applications spanning multiple industries. Its unique properties, combined with consumer trends toward plant-based and clean-label products, position it favorably in the global starch market. As a bulk pea starch manufacturer and supplier in China, we sell different grades of pea starch at wholesale prices to large manufacturers and small customers worldwide.