China Wholesale Dietary Fibers Factories & Suppliers

Premium Plant-Based Functional Ingredients, Soluble & Insoluble Prebiotics, Custom OEM/ODM Solutions for Global Enterprise Procurement

Industrial-Scale Botanical and Dietary Fiber Extraction Excellence

Shanxi Kawsana Health Co., Ltd. is a professional manufacturer and global supplier of natural botanical extracts, herbal ingredients, and functional health products. With more than 10 years of industry experience, we are committed to providing high-quality plant-based ingredients and comprehensive OEM/ODM solutions for customers worldwide.

Located in Shanxi Province, China, our company operates modern production facilities equipped with advanced extraction, purification, concentration, and drying technologies. Our GMP-compliant manufacturing workshop covers over 12,000 square meters, supported by a 600-square-meter R&D and Quality Control Center. Backed by an experienced team of production technicians, R&D specialists, and quality management professionals, we ensure every product meets stringent international quality standards.

To better serve our global partners, we provide one-stop solutions covering product development, customized formulations, ingredient sourcing, laboratory testing, quality documentation, private labeling, packaging design, regulatory support, and international logistics. Whether you require bulk ingredients or finished products, our professional team is dedicated to delivering reliable, efficient, and customized services.

12,000+
Sqm GMP Production Area
10+ Years
Export Experience
40+
Countries & Regions Reached
Shanxi Kawsana Health R&D Facility

Advanced formulation adjusting and bio-analysis at Kawsana's R&D Center

China Factory 4.0: Supply Chain Resilience & Efficiency Advantages

Deploying smart manufacturing to secure consistent quality and cost control for global buyers

Smart Process Automation

By shifting to an IoT-driven industrial environment, Kawsana Health integrates automated sensory controls to monitor flow rates, steam temperatures, and pressure variances. This ensures our dietary fiber extractions (such as inulin, resistant dextrin, and polydextrose) preserve optimal molecular weights, resulting in superb water-solubility and zero batch-to-batch deviations.

Raw Material Sourcing Security

Our strategic manufacturing base in Shanxi, China, enables proximity to vast agricultural reserves. We employ a direct farm-to-factory supply chain that secures high-purity biomass, neutralizing the risks of seasonal shortages. This physical proximity drastically lowers transit footprints, optimizing the total cost of ownership (TCO) for wholesale buyers.

Energy Efficiency & Eco-Compliance

In accordance with global net-zero targets and green factory initiatives, our Factory 4.0 utilizes closed-loop waste heat recovery and continuous countercurrent extraction (CCE) systems. This reduces water and energy consumption by 30% compared to traditional extraction setups, helping global partners meet Scope 3 environmental requirements.

Global Enterprise Procurement Needs & Intent Mining

Demystifying the technical benchmarks required by quality assurance and supply chain directors

Global formulation companies, food manufacturers, and pharmaceutical buyers don't just buy "dietary fiber." They purchase raw materials that meet strict operational criteria. Through intent analysis of global buyers, we address the critical parameters that make or break a formulation:

Procurement Focus Area Technical Target Specification Kawsana Factory Verification & Method
Biological Tolerance & Gas Retention Low glycemic index, low fermentability, high gastrointestinal tolerance. AOAC 2017.16 testing to guarantee correct fiber categorization and prebiotic profile.
Thermal & Acid Stability Maintains molecular integrity at pH 2.5–7.5; retains properties up to 140°C. High-Performance Liquid Chromatography (HPLC) validation post pasteurization/baking simulation.
Process Performance Excellent solubility, low viscosity, clear transparency, zero precipitation. Laser diffraction particle size distribution profiling (D90 < 80 mesh) for instant dissolution.
Contaminant Control Pesticide residue free, heavy metals Pb < 0.1 ppm, As < 0.1 ppm. Inductively Coupled Plasma Mass Spectrometry (ICP-MS) screening for every shipping lot.

Dietary Fibers Technology Roadmap & Future Outlook

The evolutionary trajectory of fiber tech, from basic bulking agents to precision microbiome therapeutics

Generation I: Insoluble Structural Fibers

Historically dominated by wheat bran, oat hulls, and cellulose. These are primarily utilized for basic fecal bulking, water retention, and improving peristalsis. However, their gritty texture and high turbidity limit their use in clear liquid formulations and high-end functional foods.

Generation II: Soluble Prebiotic Carbohydrates

Featuring inulin, fructooligosaccharides (FOS), and polydextrose. These ingredients provide sugar and fat replacement properties while boosting gut microflora. Our R&D team optimizes these materials to lower the occurrence of bloating, allowing for higher serving sizes.

Generation III: Target-Specific Symbiotics (The Future)

Looking ahead, we are focusing on enzymatic modifications that yield tailored degrees of polymerization (DP). This allows the dietary fiber to selectively feed specific probiotic strains (e.g., Akkermansia muciniphila or Bifidobacterium longum), enhancing immune and metabolic wellness.

Macro Industry Solutions

Tailored dietary fiber applications for food, beverage, and therapeutic sectors

1. Dairy & Plant-Based Milks

Soluble dietary fibers act as fat replacers, delivering a creamy, velvety mouthfeel in low-fat yogurts and oat milk. They mask the astringency of plant proteins without altering the flavor profile or increasing viscosity.

  • Excellent mouthfeel improvement
  • Heat-stable under UHT processing
  • Clean label, sugar-reduction friendly

2. Low-GI Bakery & Functional Snacks

Adding dietary fibers like resistant dextrin or inulin allows bakers to create high-fiber, low-sugar cookies and breads. These fibers retain moisture, extending shelf life and keeping crumb structures soft.

  • Moisture retention & anti-staling
  • Reduces glycemic index (GI) peaks
  • Enhances crispness in wafers and snacks

3. Clear Beverages & RTD Formulas

Our ultra-clear soluble fibers dissolve quickly without clouding the drink, settling, or forming gels. They remain stable in high-acid formulas, like carbonated waters or functional juice drinks.

  • Stable down to pH 3.0
  • 100% transparent dissolution
  • Low viscosity at high concentrations

Localization Support & Regulatory Compliance Assurance

Ensuring your import processes run smoothly across Europe, North America, and global markets

Navigating global regulatory landscapes requires expertise and documentation. Shanxi Kawsana Health ensures hassle-free customs clearance and import compliance by maintaining updated certifications and trace protocols:

  • FDA GRAS & EFSA Novel Food Approval: All our dietary fibers meet the necessary international standards, facilitating smooth market entry in the United States and the European Union.
  • SGS Traceability: Complete transparent documentation of raw material supply chains, fulfilling US FSMA requirements.
  • Halal & Kosher Certification: Audited processes that accommodate dietary and religious requirements for global consumers.
  • GMP & ISO 22000 Quality Management: Ensures production safety, hygiene, and trace controls are verified from field to shipment.

Industrial Workflow & Quality Control Operations

Step-by-step documentation of our extraction, processing, and testing workflows

Raw Material Dispensing

Raw Material Dispensing

Cleaning and drying equipment

Cleaning & Drying

Commissioning

Commissioning

Formula Adjustment

Formula Adjustment

Filling

Filling

Centrifugation

Centrifugation

Protein Content Determination

Protein Determination

Airtightness Test

Airtightness Test

Plastic Sealing

Plastic Sealing

Packing and Sealing

Packing & Sealing

Expert Q&A: Key Technical & Sourcing Questions

Answering common questions from R&D scientists and procurement directors

How do you verify the dietary fiber content in your batches?

We use the AOAC 2009.01 or AOAC 2017.16 analytical methods (integrated double-enzymatic gravimetric-liquid chromatography) to precisely quantify both low molecular weight soluble dietary fibers and high molecular weight insoluble dietary fibers. This provides accurate nutritional labeling compliance for our clients.

What is the digestive tolerance threshold for your soluble prebiotic fibers?

Our enzymatically modified fibers, such as resistant dextrin, show high GI tolerance compared to simple monomeric sugars or raw inulin. Research shows that healthy adults can tolerate doses up to 35–45g/day without experiencing typical gas or bloating, making it suitable for clean-label, fiber-fortified food formulations.

How do your fibers perform under high-heat extrusion or low-pH conditions?

Our fibers are engineered for stability. Under thermal processing (up to 140°C) and low pH conditions (pH 3.0), our resistant maltodextrins and polydextrose show less than 3% hydrolysis. This prevents the loss of functional fiber value in applications like RTD beverages, shelf-stable bakery, and high-heat extruded snacks.

Can you customize the particle size distribution to prevent clumping in instant drink powders?

Yes. We offer customized particle size parameters. Our standard powder is 80 mesh, but we can supply agglomerated or granulated versions (40-60 mesh) for instant beverage formulations. This structure improves wet-out and dispersibility, preventing clumping in cold liquid applications.

What measures do you take to guarantee low heavy-metal levels for sensitive markets?

We operate a strict raw material vetting process. We screen all incoming batches and utilize advanced membrane filtration and ion-exchange resin systems during extraction. Every shipping lot is certified via ICP-MS to confirm heavy metal levels remain well within international limits (Lead < 0.1 ppm, Arsenic < 0.1 ppm, Cadmium < 0.05 ppm).