Continuous processing hydrates, emulsifies, and texturizes plant proteins, improving consistency and efficiency in meat analog production with integrated thermal processing.
Continuous hybrid reactors improve chemical reaction efficiency, enabling polymerization, drying, and solvent removal with high heat transfer and reduced footprint.
Continuous processing removes solvent from SBR slurry under vacuum, reducing volatiles and improving product quality while minimizing fouling and energy consumption.
Continuous processing melts and disperses binders into metal powders, improving density, consistency, and efficiency in metal injection molding applications
Continuous processing mixes and grinds peanut butter ingredients to produce a uniform product, reducing processing time and eliminating lumps in food manufacturing applications.
Continuous mixing of joint compound reduces batch variability, improves dispersion, and enables consistent production with lower energy use and minimized waste.
Continuous processing rapidly disperses powders into high‑viscosity resin, improving consistency and reducing cleanup time in carbon fiber prepreg manufacturing.
Continuous processing of modified asphalt rapidly disperses additives, reducing energy consumption and processing time while improving product consistency in asphalt applications.
Continuous mixing technology improved cereal bar consistency by evenly coating fragile inclusions while reducing labor and production variability.
Continuous high‑shear mixing produced homogeneous lithium battery paste without carbon black agglomerates and reduced processing time significantly.
Low-moisture continuous granulation delivered uniform, tablet-ready material with excellent dispersion, reduced processing steps, and improved manufacturing efficiency.
