High-Quality Hydrolyzed Vegetable Plant Protein Supplier & Factory

Innovative Bio-refinery Infrastructure, Non-GMO Certified Raw Materials, and Global Solutions for the Modern Food Industry

1. Global Industry Landscape & Macro Solutions

500,000T
Annual Wheat Processing
180,000T
NON-GMO Soybean Crushing
2.8B RMB
Annual Output Value
70%+
Direct Export Ratio

In the wake of shifts in global food consumption patterns, industrialized agricultural biotechnology has transcended simple resource extraction to enter the era of precision macro-nutrition and circular bio-refining. Global food supply chains face structural demands for protein alternatives that are scalable, allergen-conscious, highly functional, and environmentally sustainable. High-Quality Hydrolyzed Vegetable Plant Proteins represent the focal point of this transformation.

As a leading enterprise in this transition, Xinrui Group (established in May 2003, spanning over 1,000 mu of advanced industrial park space) has designed a fully integrated, zero-waste agricultural refinery network. Through our subsidiary processing complexes, we target the pain points of modern industrial food formulation: texture replication, high-yield emulsion stability, and biological profile enrichment. By leveraging massive agricultural input control, we bypass the supply-chain instability common in the ingredients sector, providing bulk solutions directly to multinational meat processors, beverage manufacturers, and global specialty nutrition brands.

Integrated Circular Industrial Architecture

Our circular economic model is anchored on two distinct mega-refining pipelines that feed, utilize, and process by-products sequentially, reducing environmental load while maximizing raw material utilization yield. This is how we process raw elements into complex, valuable plant proteins:

  • The Wheat Refining Infrastructure (Guanxian Xinrui Industrial Co., Ltd.): With registered funds of 100 million Yuan, this facility processes 500,000 tons of raw wheat flour annually. Using European-imported tri-canter wet separation technology, wheat flour is split cleanly into Vital Wheat Gluten, Wheat Starch A, and Wheat Starch B. The residual Starch B and pentosans are then biological feedstocks for high-purity ethanol distillation and premium animal feed.
  • The Non-GMO Soybean Refining Infrastructure (Shandong Kawah Oils Co., Ltd.): Established in 2014 with 120 million Yuan in registered capital, this unit processes 180,000 tons of selected Non-GMO soybeans annually. Cultivated in regional contracting bases, the beans undergo a step-by-step extraction process to yield cold-pressed Non-GMO soybean oil, low-temperature food-grade soy meal, Isolated Soy Protein (ISP), and Soy Dietary Fiber.
  • Energy Cogeneration Integration: The group owns dedicated cogeneration, urban heating, and gas supply systems. This self-contained energy system prevents external power grid variations from interrupting high-heat operations (e.g., spray drying towers), ensuring consistent crystallization and protein structure.

2. Scientific & Technical Route: Extraction, Separation & Hydrolysis

The industrial functionality of vegetable plant proteins is directly linked to the configuration of their molecular structures. Native plant proteins are often hydrophobic, tightly folded, and sensitive to environmental changes such as heat and pH. Our factory applies targeted physical, chemical, and enzymatic technologies to modify these properties, resulting in tailored functional behaviors.

Key Innovation: The DaChuanYuan Spray Drying Tower
Our facility in Shandong houses one of the largest single-line DaChuanYuan spray drying towers in China. Instantaneous low-pressure water flash evaporation ensures that the isolated soy protein and plant protein hydrolysates retain their structural integrity, preventing unwanted thermal denaturing. This process preserves the protein's native emulsifying and water-binding capabilities, avoiding the chalky taste typical of low-grade processing.

Technical Extraction Framework & Control Parameters

Functional Parameter Isolated Soy Protein (Meat/Emulsion Type) Hydrolyzed Vegetable Protein (Soluble) Vital Wheat Gluten (VWG-P) Soy Dietary Fiber (SDF)
Protein Content (Dry Basis) ≥ 90.0% ≥ 85.0% ≥ 75.0% (N x 5.7) N/A (Fiber Content ≥ 65%)
Degree of Hydrolysis (DH) Minimal (< 2%) Controlled 8% - 15% None None
NSI (Nitrogen Solubility Index) 35% - 45% (Emulsion Type) ≥ 85% Low (< 10%) Dispersible but insoluble
Water Holding Capacity 1:5.0 - 1:5.5 Highly variable based on application 1:1.5 - 1:2.0 (Viscoelastic) 1:8.0 - 1:10.0
Emulsifying Activity Index ≥ 20 m²/g Moderate (Rapid Interface Migration) N/A Provides physical stabilization

Our extraction line utilizes advanced tri-canter separation. The separation process isolates proteins from carbohydrates and fats without using harsh acids that degrade nutritional values. For hydrolyzed vegetable plant proteins, we apply controlled enzymatic hydrolysis using targeted endopeptidases and exopeptidases. This process breaks specific peptide bonds to optimize solubility, reduce bitterness, and maintain high bio-availability. This step is critical for developing dairy alternatives, clear protein beverages, and medical nutrition formulations.

3. Comprehensive Global Certification & Compliance

For international food manufacturers, component safety, allergen transparency, and clean labels are primary compliance requirements. At Xinrui Group, we verify every processing stage to ensure complete traceability from our agricultural bases to the finished cargo.

Standard Quality Systems Directory

Xinrui Group Certificate 1

BRC GS Global Standard

Xinrui Group Certificate 2

ISO 22000 Food Safety Management

Xinrui Group Certificate 3

HALAL Certification

Xinrui Group Certificate 4

KOSHER Certification

Xinrui Group Certificate 5

HACCP Analysis

4. Industrial Application Fields & Formulation Solutions

Vegetable proteins are functional materials that interact with water, fats, and structural starches. Our product line is engineered to optimize performance across specific food systems and manufacturing platforms.

Emulsion & Meat Systems

Our Isolated Soy Protein ranges (including 9001BW, 9001B-Y, 9000, and 9007B-A) are engineered for standard meat processing and meat alternatives. These proteins help form stable fat-water emulsions that prevent oil separation during thermal processing. The 9020/9026/9028 injection-grade variants dissolve easily under high brine concentrations, improving yield, moisture retention, and texture in whole-muscle cuts.

High-Speed Bakery & Flour Milling

Our Vital Wheat Gluten (VWG-P/VWG-PS) provides excellent viscoelasticity. When hydrated, it forms a cohesive gluten network that traps gas in dough, improving volume and structural consistency in industrial bakery lines. Additionally, it helps standardize gluten levels in commercial flour milling operations.

Dispersion Type Powders for Beverages

The 9030 and 9032 dispersion-grade isolated proteins are treated for high dispersibility, dissolving easily under low-shear mixing. They are optimized for RTD beverages, dairy alternatives, and dry-mix nutritional powders, offering stability and a clean, neutral flavor profile.

Tofu & Vegetarian Specialty Types

Our 9005B and 9003B variants are optimized for traditional tofu production and plant-based meat analogs. They form firm, cohesive gels during heat processing, replicating the bite and chew profile of animal-derived products.

5. Global Commercial Operations & Integration

Through our dedicated export arm, Guanxian Ruichang Trading Co., Ltd. (founded in 2011, with 6 million Yuan registered capital), we manage the logistics and export documentation for more than 70% of the group's total production capacity. Our team handles international shipments, customs clearance, and quality verification to ensure direct delivery from our factory to your facility.

By integrating production and trade within one group, we eliminate intermediary fees, protect batch tracing, and provide real-time updates on bulk shipments. For large-scale manufacturing requirements, we offer customizable packaging, contract pricing, and technical support to match your specific production line parameters.

6. Technical FAQ & In-Depth Industry Q&A

Q1: Are you a trader or manufacturer?
We are a vertically integrated group company named Xinrui Group. The manufacturing of our Isolated Soy Protein is managed by Shandong Kawah Oils Co., Ltd (50,000 tons annual capacity). The production of Vital Wheat Gluten and wheat starches is managed by Guanxian Xinrui Industrial Co., Ltd. (30,000 tons annual capacity). All direct export logistics are managed by Guanxian Ruichang Trading Co., Ltd., providing factory-direct pricing with professional trade services.
Q2: What certificates do you have for international markets?
Our facilities are audited under strict international standards. We hold BRC, HACCP, ISO9001, ISO22000, HALAL, KOSHER, IP-NON GMO, and SGS certifications. We can also provide third-party laboratory analysis and regional import documentation upon request.
Q3: How do you guarantee the Non-GMO status of your soy proteins?
We manage an Identity Preserved (IP) supply chain. All soy crops are sourced from contracted domestic Non-GMO planting bases. We perform PCR testing on the raw soybeans, during processing, and on the finished protein powders to ensure full trace compliance with global regulations.
Q4: What is the functional difference between emulsion-type and injection-type soy proteins?
Emulsion-type proteins (like our 9001BW and 9007B-A) are designed to form strong matrix bonds that lock in fats and water, making them ideal for ground and chopped meat products. Injection-type proteins (such as the 9020 range) have low viscosity and high solubility under saline conditions, allowing them to pass through fine injectors to improve yield and texture in whole muscle meats.
Q5: What are the packaging options for bulk orders?
Our standard packaging is 20kg or 25kg multi-wall paper bags with an inner PE liner. For high-volume customers, we can supply bulk super sacks (jumbo bags) or customize bag branding and specifications to suit automated handling lines.