Supported Processes
KRC Kneader (Twin Screw Continuous Kneader)
Kneading continuously by rotating twin screws & paddles
- Specification
- Continuous / Twin-Screw / Self-Wiping
- Performance
- Vacuum Operation（Ultimate Vacuum : Max.1,000PaA）
Point
- Excellent kneading performance in a short L/D
- Customizable paddle arrangement
- Both-side bearing design to prevent metal-to-metal contact
Hybrid Reactor (Twin Shaft Continuous Reactor)
Kneading and reacting with long residence time by rotating twin paddles
- Specification
- Continuous / Twin-Screw / High Vacuum / High Temperature
- Performance
- Applicable viscosity range for processing materials:
10～5,000Pa・s
Point
- Capability to handle high-viscosity materials
- Continuous operation under high-temperature and vacuum conditions
- Long residence time
Cross Jet Mill (Pneumatic Ultra Fine Grinding Mill)
Grinding particles by rubbing and colliding them each other through blowing high-speed jet stream emitted from several pieces of grinding nozzles
- Specification
- Continuous / Dry processing / Atmosphere control / Built-in classifier
- Performance
- Feed particle size: several mm or less
Product particle size: D50 = 1~100µm
Point
- Capable of producing particles: several-micrometer range
- Sharp particle size distribution
- Available in a metal contamination-free design
VX Mill (Vertical Roller Mill)
Grinding material on a table using rollers
- Specification
- Continuous / Dry processing / Built-in classifier
- Performance
- Feed particle size: approx. 50 μm or less
Product particle size: D50 = 3~100µm
Point
- High grinding efficiency
- Excellent wear resistance
- Excellent maintainability
High-speed Planetary Mill Kurimoto High G (Planetary Ball Mill)
Grinding and synthesis achieved by centrifugal force generated through the pot’s self-rotation and the revolution of the mill body
- Specification
- Batch operation / Dry or wet processing
- Performance
- Feed particle size: approx. 500 µm or less
Product particle size: D50 = 1~100µm
Point
- High-energy powder processing (centrifugal acceleration: 150 G)
- The pot rotation mechanism adopts a reversible system
- Extensive experience with large-scale machines featuring a 25 L pot capacity
Ball Mill
Grinding achieved through the impact of ball’s fall and the rolling motion of the balls by scooping up the balls through the rotation of the main body
- Specification
- Continuous or Batch operation / Dry, wet or semi wet processing
- Performance
- Feed particle size: approx. 50 mm or less
Product particle size: D50 = 10~100µm
Point
- Capable of processing large-volume because of easy scale-up
- Capable of processing by both dry and wet type
- Ultra-fine grinding by a batch process
Rod Mill
Grinding achieved through the impact of rod’s fall and the rolling motion of the rods by scooping up the rods through the rotation of the main body
- Specification
- Continuous or Batch operation / Dry, wet or semi wet processing
- Performance
- Feed particle size: approx. 100 mm or less
Product particle size: D50 = 500µm~5mm
Point
- Capable of processing large-volume because of easy scale-up
- Capable of processing by both dry and wet type
- Produces a uniform particle size distribution with minimal overgrinding
Roll Granulator (Dry-process Crushing and Sizing Machine)
Crushing achieved by pulling the raw material between two grooved rolls.
- Specification
- Continuous / Dry processing
- Performance
- Feed particle size: 1~10mm
Product particle size: 0.5~2mm
Point
- Low fines generation and Sharp particle size distribution
- Wear-resistant and metal contamination-free specifications are available for product-contact parts
- Easy to clean and maintain
Granulator with screen (Dry-process Crushing and Sizing Machine)
Crushing achieved by forcing the material against a U-shaped screen with a rotor
- Specification
- Continuous / Dry processing
- Performance
- Feed particle size: 5~10mm
Product particle size: 2~5mm
Point
- Allows easy control of particle size
- Enables reliable scale-up
- Easy to clean and maintain
Sharp Cut Separator (Centrifugal, Pneumatic type classifier)
Separating coarse and fine particles by the centrifugal force of cylindrical squirrel-cage rotor
- Specification
- Continuous / Dry processing
- Performance
- Feed particle size: D50 = approx.1~100µm
Product particle size: D50 = approx.1~10µm
Point
- Sharp particle size distribution
- Easy adjustment of cut size
- Excellent wear resistance and metal contamination-free specifications are available for product-contact parts
MRCP Roller Compactor
(Dry-process Mixing and Compression Granulating Machine)
Sheet forming achieved by pressing the twin-screw-extruded material with press rolls.
- Specification
- Continuous / Dry processing / Self-wiping / binderless
- Performance
- Feed particle size: D50 = 10~100μm
Product particle size: 2~5mm
Point
- Capable of handling even with adherent materials
- For labor saving and efficiency improvement in the manufacturing process
- Available roll cooling
CD Dryer (Twin-shaft agitation indirect heating dryer)
Drying while stirring by the rotation of a twin-shaft cut disk
- Specification
- Continuous / Indirect heating / Steam drying / Atmosphere control
- Performance
- Heating temperature: up to 200°C
Point
- Compact in size
- High heat efficiency
- Enables the use of various heat transfer media and cooling media
Fluid Bed Drying System
By blowing hot air from beneath the unit, the raw material is fluidized and dried.
- Specification
- Continuous / Direct heating / Hot-air drying
- Performance
- Heating temperature: up to 200℃
Point
- Uniform temperature distribution in the fluid bed helps minimize non-uniformity drying.
- Large drying capacity
- Drying up to extremely low moisture content
External Heating Type Rotary Kiln
Calcining while being agitated raw materials by rotating a retort with a regular hexagonal cross-section
- Specification
- Continuous / External Heating / Atmosphere controlling
- Performance
- Heating temperature: up to 900℃
Point
- Excellent air-sealing performance
- Capable of operating under various controlled atmospheres
- Enables precise control of the calcining temperature
Ceramic Kiln
Calcining while being agitated raw materials by rotating a ceramic retort
- Specification
- Continuous / External Heating / Atmosphere controlling
- Performance
- Heating temperature: up to 900℃
Point
- Calcining free from metal contamination
- Continuous calcining at high temperature of about 1300℃
- Calcining with atmosphere controlling
SC Processor Differential speed type
(Twin-shaft indirect heating & cooling equipment)
Drying and degassing while rotating twin hollow screws through which a heat-transfer medium is circulated.
- Specification
- Continuous / Indirect heating / Twin-Screw / Self-Wiping
- Performance
- Heating temperature: up to 200℃
Point
- Compact design with a large heat-transfer area
- Capable of operating stably by using of self-cleaning type screw
- Enables continuous processing even for materials undergoing phase-changes
Solvent Recovery System / Deodorizing System
After the solvent in the exhaust gas is adsorbed onto activated carbon, subsequently desorbed by steam injection.
- Specification
- Steam-desorption type / Activated carbon adsorption
- Performance
- Solvent removal efficiency : 95%
Point
- Providing a high removal efficiencies and Supporting for wide ranges of inlet concentration
- High desorption efficiency
- The recovered solvent exhibits high stability, enabling its reuse.
