Precision Pulverinzing Systems
Mechanical Pulverizer
Air pulverizer "Blade Mill/ Super Roater" Series
The Super Rotor - an optimal solution for finely pulverizing materials such as resin. It is a blade mill capable of efficiently pulverizing material which is elastic and/or contains fibers. The powerful spiral flow originated in the narrow clearance between the fixed liner and the rotor with a unique groove shape realizes highly efficient and fine pulverization!!
- Pulverization of µm size which was the range of JET MILL is now possible to be executed by this system.
- Thanks to its mechanical system, pulverization is achieved at low cost.
- While pulverizing the material finely, it can prevent excessive pulverization which causes unnecessary fine particles to be produced, so the product, which has narrow size distribution is efficiently produced.
- The pulverization specifications which conventionally consisted of 2 steps, i.e. medium pulverization ¢ fine pulverization, are now integrated into one process.
- Since the air flows at high speed in the unit, the powder does not cling to the unit inside and the particle size of a product is quickly stabilized, which is not disrupted even in a long-run.
- Using the cool air generator, fine pulverization of the heat sensiitive powder (such as toner, powder coating) is easily achieved.
- The blade mill with a unique blade structure can pulverize the material of the size up to several cm to the powder of µm.
- The blade mill is ideal for pulverization of food material which contains a lot of elastic and/or fiber material.
Fluid Energy Jet Mill
Fluid Energiy Mill "Current Jet"
High-performance pulverization down to the size as fine as micron, for various industrial materials including new raw materials. Using an air current pulverization method which prevents mixing-up of foreign objects and generation of heat, it provides solutions to various pulverization needs.
- No contamination because there is no driving section and pulverization is made by the collision of particles with each other.
- No heat during pulverization thanks to the thermal insulation expansion.
- Easy disassembling and cleaning thanks to the simple structure.
- Stable particle size is assured by the pulverization zone and the classification zone.
- An optimal number of pulverization nozzles can be set in accordance with the purpose of pulverization.
- Using an original scale-up method, while maintaining the particle size of the limit pulverization by a standard machine, full scale-up is assured.
- Can be directly connected to the air classifier, TURBO CLASSFIER.
SuperJet Mill
Based on the Super Jet Mill (SJ), this uses compressed air to collide particles at high speeds, causing them to be crushed. This mechanism reduces the amount of heat generated during
the pulverization - an important consideration when dealing with some sensitive compounds used in pharmaceuticals, plastic, resin, etc.
After crushing, the particles are separated according to size in a classifying unit. And because the pulverization and classifying zones are separated, this results in stable grading and consistency
in particle sizing, even when operating at high throughput rates