Companies
JetmillMFG
Products
JetmillMFG - Pneumatic Blender for ...

JetmillMFG - Pneumatic Blender for Efficient and Homogeneous Mixing

SHARE

The pneumatic blender from JetmillMFG operates using compressed air that enters the mixing chamber through strategically placed nozzles. As the compressed air expands to atmospheric pressure, it generates a high-speed, turbulent mixing action. This mechanism forces the materials to attain a fluidized mixing state within the mixing hopper, making it particularly effective for blending large volumes of materials with diverse bulk densities and fineness. Its capability to deliver homogeneity and handle large capacities swiftly makes it highly useful across various sectors, such as pharmaceuticals, chemicals, cosmetics, and food processing. The pneumatic blender's design ensures efficient mixing for applications that demand quick processing times and consistent results.

Most popular related searches

pneumatic blender

laboratory homogenizer

The pneumatic blender utilizes compressed air as a power source. Compressed air enters the mixing chamber through the nozzles on the special head. As the introduced compressed air expands back to atmospheric pressure, it creates a forceful and high-speed turbulent mixing action. This process causes the materials to form a fluidized mixing state within the mixing hopper.

The pneumatic blender is suitable for mixing large batches of materials with different bulk densities and fineness. It is ideal for situations requiring homogeneity and fast, high-capacity mixing.

Materials enter and fill the mixing hopper to the preset level through a rotary valve or screw feeder.
Compressed air is released from the nozzle in a pulsed cycle. The compressed air drives the material in a fluidized state and mixes it quickly and evenly.
After mixing, the air is filtered and vented into the atmosphere or recycled for reuse.
Once the mixing is complete, the bottom cone valve is opened to discharge the mixed product.

Fully enclosed mixing process with no dust leakage
Large capacity up to 50,000L per batch compared with mechanical mixing
Low energy consumption, approximately 30%-50% of a mechanical mixer
No rotating mechanical parts in the mixer, reducing the risk of contamination
No dead angle design facilitates cleaning.
Clean-In-Place and Sterilization-In-Place available