Skip to main content
From batch processing machines to continuous processing polymerizer, we have a long record of providing various types of high viscous material processor and polymerization plants.
Our polymerizer achieve complete mixing by use of agitation blades specially suited to polymerization/high viscosity production.
The Lattice blade type polymerizer with a structure joining a lattice-shaped blade provides complete mixing at low force of ultra-high viscous fluids at or above 5,000 Pa·s.
|Drawing volume||Min. 6 L|
|Design temperature||Room temperature 〜 350°C|
|viscosity||Over 5,000 Pa·s|
|Shaft seal method||Gland seal, mechanical seal|
Twisting lattice blade
To meet the needs of an increasingly diverse market, we offer high performance polymers that have been highly valued as materials for optic components and electronics components. In order to manufacture these products with quality, we have sought specifications for our processing equipment that result in greatly exceeding former levels of viscosity and purity. To that end we developed a shaft-less lattice blade type polymerizer that joins a lattice-shaped blade. The innovative agitation blade structure enables continuous processing of ultra-high viscous fluids at or above 5,000 Pa·s Moreover, there is no dead space within the drum, providing nearly 100% piston flow and thereby enabling production of a clean high-performance polymer.
Lattice blade type polymerizer (Test machine)
This equipment is suited to customers in the polymer manufacturing business.
Polymer agitation by lattice blade
Implementation is possible for all polymers of high viscosity. (Exceptionally well suited to manufacturing high value-added plastics.)
The piston flow provides various benefits. Virtually no dead space can be seen in the tank. The red component in the photograph is a tracer. The piston flow moves the processing fluid without reverse mixing against the flow direction.
Approximately 4/8 stages are suitable for providing various benefits with a viscosity of 5,000 Pa·s There is complete mixing in the radial direction. In addition, the blade greatly reduces the power in comparison with conventional blades.
Average residence time: 20 min
Fluid viscosity: 120 Pa·s
Agitation rotation speed: 12 m-1
Blade diameter: 260mm
Test fluid: starch syrup
Contact us from here.