Insights
How to measure D90 in protein powder
Particle size distribution (PSD) is one of the most critical quality indicators for dry-fractionated plant…
Why choose a split-axis design for protein processing
Integrated classifier mills fall into two mainstream structural layouts: single-axis design (grinding rotor and classification…
How to reduce maintenance in air classifier mills
Air classifier mills are core equipment for dry protein-starch fractionation. Frequent maintenance comes primarily from…
What affects the efficiency of protein-starch separation
Dry fractionation separates plant material into protein-rich fine fraction and starch-rich coarse fraction based on…
How to recover protein from air classification by-products
In dry pulse protein fractionation, air classification generates two main streams: high-protein fine fraction (target…
How to achieve 70% protein purity in the fines fraction
Standard one-pass dry fractionation of pulses typically produces protein concentrates ranging from 42% to 60%…
What is the role of starch granule size in separation?
Dry protein enrichment (air classification) separates pulse powder into protein-rich fine fraction and starch-rich coarse…
How to enrich protein content using dry methods
Against the backdrop of booming global plant-based protein markets, traditional wet protein extraction relies heavily…
Is dry fractionation more sustainable than wet extraction?
Dry fractionation delivers vastly superior environmental sustainability compared to conventional wet alkaline extraction and is…
How does centrifugal force separate particles?
Centrifugal force is the core driving force inside air classifiers to achieve density-based particle sorting…
What is density-based separation in powders?
Density-based powder separation is a purely physical sorting technology that divides mixed fine powders into…
How to optimize the air-to-material ratio?
The air-to-material ratio refers to the mass ratio of circulating process air to pulverized pea…
