Industrial Manufacturing Excellence

Utilizing state-of-the-art wet-milling technology, our corn starch plants process non-GMO yellow corn into ultra-pure native starch. Our closed-loop engineering approach guarantees high extraction efficiency, low energy consumption, and precise control over starch gelatinization and viscosity characteristics required for global industrial applications.

Turnkey Engineering & Automation

We deliver end-to-end plant solutions from initial process design to automated PLC/SCADA integration. Our process lines are optimized for water recycling, sanitary piping standards, and minimal maintenance down-time.

Plant Infrastructure & Process Equipment

Precision stainless steel piping networks, heavy processing machinery, and automated control cabinets:

Corn Starch Production Flowchart

The systematic wet-milling process ensures minimal fiber residue and maximum starch purity:

Step 01

Grain Steeping

Corn kernels are steeped in warm sulfurous water to soften gluten bonds and release starch granules.

Step 02

Germ Separation

Coarsely ground corn passes through hydrocyclones to extract high-value, oil-rich germ.

Step 03

Fine Grinding

The remaining slurry is finely ground in impact mills to detach starch from hull fibers.

Step 04

Gluten Separation

High-efficiency centrifugal separators divide lighter gluten protein from the dense starch slurry.

Step 05

Multi-Stage Washing

Starch slurry undergoes cyclone washing to achieve maximum purity and low soluble protein levels.

Step 06

Drying & Packaging

Starch slurry is dewatered in centrifuges and flash-dried into a fine powder for automated packing.

Valuable Co-Products & Total Yield Optimization

Key Industry Applications

Technical Specifications (Typical Analysis)

Parameter Standard Specification
Appearance Fine White Powder
Moisture Content Max. 13.5%
Protein Content (Dry Basis) Max. 0.40%
Ash Content (Dry Basis) Max. 0.15%
pH Value 4.5 - 6.5
SO2 Residue Max. 10 ppm

Packaging & Supply Options