Protein
JACAN Powder Equipment

Insights

This is a knowledge hub dedicated to Pulse & Bean Protein precision fractionation, grinding, and functional optimization. Explore cutting-edge dry separation technologies, core working principles of cell disruption, nutrient preservation mechanisms, and global market trends driving the future of sustainable plant-based proteins and clean-label ingredients.

How to Perform Gentle De-Agglomeration in Air Classifiers

Gentle de-agglomeration in air classifiers preserves primary particle integrity while breaking soft agglomerates formed by…

What is the role of density-based separation in protein purity?

Density-based separation is a physical purification technology that separates components according to differences in particle…

How to Optimize Yield in Dry Separation Systems

To optimize yield in dry separation systems, focus on material pretreatment, equipment parameter fine-tuning, process…

How to Adjust Air Velocity for Different Raw Materials

Match air velocity to material density, particle size, and processing goal (conveying, classification, or jet…

How to Separate Protein from Starch Using Air Classifiers

Key Takeaway: Air classification enables dry, sustainable separation of protein from starch by exploiting differences…

How to Prevent Overheating During High-Speed Grinding

Overheating during high-speed grinding causes thermal damage, residual stresses, workpiece deformation, and tool wear acceleration.…

Why is Particle Size Important for Protein Functionality

Applicable Scope: Ultra-fine grinding processing of bean protein, particle size control D90: 10-65μm 1. Introduction…

How to Control Fineness in Bean Grinding (D90: 10-65μm)

To consistently achieve D90 = 10-65μm (90% of particles below target micron size) in bean…

What is the difference between wet and dry grinding for protein?

Wet grinding processes protein in a water-based slurry, enabling higher purity isolates (85–90% protein) via…

How does ultra-fine grinding release protein bodies?

Ultra-fine grinding releases protein bodies through a combination of mechanical disruption, structural breakdown, and surface…

What is the optimal D90 size for pea protein powder?

The optimal D90 particle size for pea protein powder varies by application, balancing sensory, functional,…

How to achieve micron-level pulverization of peas?

To achieve micron-level pulverization of peas (1–100 μm), follow a systematic process combining pretreatment, controlled…

Chat with us