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 Maintain Consistent D90 During Continuous Production

Stable D90 in continuous ultrafine grinding + air classification for plant protein dry fractionation relies…

What Is The Impact Of Moisture On Grinding Efficiency

Moisture is one of the most critical raw material parameters for ultrafine grinding of legume…

How To Adjust Classifier Wheel Speed For Different Fineness Targets

The classifier wheel (rotor speed) is the primary parameter to set the aerodynamic cut size…

How To Prevent Caking In Ultra-Fine Protein Powders

Caking of micronized dry-fractionated plant protein powder arises mainly from high specific surface area, moisture…

What Is The Relationship Between Grinding Fineness And Water Absorption?

Grinding fineness is positively correlated with water absorption capacity up to an optimal particle size;…

What Is The Effect Of Micronization On Powder Flowability?

Micronization (ultra-fine size reduction) generally deteriorates powder flowability, driven by increased specific surface area and…

How Does Ultra-Fine Grinding Improve Protein Digestibility?

Ultra-fine grinding enhances protein digestibility mainly through physical breakdown of plant cell structures, without chemical…

How To Control Temperature Rise In A Protein Milling Chamber

Temperature build-up inside the milling chamber comes from particle collision, friction between material and mill…

How To Prevent Protein Denaturation During High-Speed Grinding

Protein denaturation during high-speed grinding mainly originates from frictional heat, excessive mechanical shear, and over-comminution.…

Why Does Dry Fractionation Preserve Native Protein Functionality?

Dry fractionation retains native protein functionality primarily because it eliminates the harsh conditions used in…

How To Reduce Starch Content In The Protein Fines Fraction

Starch contamination in protein fines arises from incomplete liberation and overlapping aerodynamic particle properties between…

What Are The Limitations Of Dry Fractionation Technology

Dry fractionation is an environmentally friendly method for producing plant protein concentrates by ultrafine grinding…

Chat with us