Two-fluid nozzle
Small volume Mimu nozzle (BIM*)
▶ Features
· Fine fog with an average particle diameter of 100 μm or less
Evenly generating two-fluid nozzle
· Injecting at a pressure of 0.1~0.3MPa
Liquid pressure nozzle
· Wide range of flow rate control is possible
▶ Uses
· Coating, cooling, humidity control, cleaning, dust removal, catalytic denitrification
· Steel (raw materials, steelmaking, rolling, surface treatment processes)
▶ Specifications
· Angle of impact: 20°~110°
· Material: Stainless steel, PP
Small volume Mimu nozzle (BIM*-S)
▶ Features
· Fine fog with an average particle diameter of 30 μm or less
Evenly generating two-fluid nozzle
· Suction type that does not require a liquid pressurization device
▶ Uses
· Coating, cooling, humidity control, cleaning, dust removal, catalytic denitrification
▶ Specifications
· Angle of impact: 60°, 80°
· Material: Stainless steel
Controlled small volume micro-nozzle (CBIM*)
▶ Features
· Fine fog with an average particle diameter of 100 μm or less
Evenly generating two-fluid nozzle
· Injecting at a pressure of 0.1~0.3MPa
Liquid pressure nozzle
· Compact type compared to existing BIM
· Wide flow rate control is possible, and the piston
There are also types with a built-in spray that can be turned ON/OFF.
▶ Uses
· Coating, cooling, humidity control, cleaning, dust removal, catalytic denitrification
▶ Specifications
· Angle of impact: 20°~110°
· Material: Stainless steel
* Spray Patterns: Available in Fan (V), Circular (J), and Hollow Circular (K) types. A catalog for the Fan type is attached as the representative model; other types can be requested if needed.
Mass Micro Nozzle (GSIM II)
▶ Features
· Fine fog with an average particle diameter of 100 μm or less
Two-fluid circular nozzle generating large volumes
· When the air-to-fuel ratio (air consumption/injection volume) is 130
The average particle size is 50 μm, and the maximum particle size is
Low-level defensive design with 150μm
· Wide range of flow control possible
▶ Uses
· Cooling, humidity control, combustion, dust removal
· Steel (ironmaking, steelmaking, rolling, surface treatment processes)
▶ Specifications
· Angle of impact: 20°, 60°
· Material: Stainless steel
Collision-type Mimu Nozzle (AKIJet)
▶ Features
· Generates homogeneous fine fog (microfog, fine fog)
Two-fluid circular nozzle
· Suction type that does not require a pressurizing device, or
Hydraulic pressurization type is also available
▶ Uses
· Cooling, humidity control, combustion, mixing of two liquids, pulverization
▶ Specifications
· Material: Stainless steel
High-impact precision cleaning nozzle (VVEA)
▶ Features
· Fine fog with an average particle diameter of 50μm or more
Two-fluid fan-shaped nozzle that generates
· Thin, strong thrust spraying is possible in the nozzle thickness direction.
· Spraying at a pressure of about 0.2 to 0.5 MPa
Liquid pressure type
· Wide range of flow rate control is possible, and
Small change in spray angle
▶ Uses
· PCB, LCD cleaning
· Steel (surface treatment process)
▶ Specifications
· Material: Stainless steel
Bulk Mimu Uniform Nozzle (DOVEA)
▶ Features
· Fine fog with an average particle diameter of 50μm or more
Two-fluid fan-shaped nozzle generating large volumes
· Spraying at a pressure of approximately 0.07–0.7 MPa
liquid pressure type
· Wide range of flow rate control is possible, and
Small change in spray angle
· Having a uniform injection flow rate, for multiple arrays
It is easy to use, and the large diameter of the foreign object passage prevents it from getting stuck easily.
▶ Uses
· Cooling
· Steel (steelmaking, rolling process)
▶ Specifications
· Material: Stainless steel
One-touch fan-shaped nozzle (INVVEA)
▶ Features
· This fluid body that generates one-touch fine fog
Fan-shaped nozzle header
· One-touch detachment drastically reduces maintenance time
· It has excellent chemical resistance and uses fine particle spraying
Highly suitable for particle removal
· Thin, strong thrust spraying is possible in the nozzle thickness direction.
· Identifiable by color based on nozzle spray volume
▶ Uses
· Display, PCB cleaning, etching solution application
▶ Specifications
· Spray angle: 60°
· Material: Various resins
Clog-relieving nozzle (SETOJet)
▶ Features
· Fine fog with an average particle diameter of 60 μm or less
Two-fluid circular nozzle that generates
· Liquids that do not clog easily and have high viscosity
Suitable for spraying
· Suction type that does not require a pressurizing device, or
Hydraulic pressurization type is also available
· It has a uniform injection flow rate, making it easy to arrange in multiple configurations,
The foreign object passage is large, so it does not get stuck easily.
▶ Uses
· Application
▶ Specifications
· Material: Stainless steel
Ultra-low pressure micro-nozzle (LSIM)
▶ Features
· Fine fog with an average particle diameter of 40μm or more
Two-fluid circular nozzle generating large volumes
· Maximum particle size when average particle size is 80 μm
Design that does not generate coarse particles at 180μm
· Low running costs due to the use of a blower
· Lightweight and compact type
▶ Uses
· Application
▶ Specifications
· Spray angle: 20°
· Material: Stainless steel
Steam Nozzle (JOKIJet)
▶ Features
· Two-fluid circular nozzle using steam instead of compressed air
· Because steam is used, the boiler equipment
Low running cost used in existing factories
possible
▶ Uses
· Cooling, light intensity, denitrification reaction
▶ Specifications
· Material: Stainless steel
Slit nozzle (PSN)
▶ Features
· Uniform flow rate spray across the entire spray pattern
Possible two-fluid slit nozzle
· When multiple nozzles are arranged, the thrust increases.
Therefore, if the distance between the nozzle and the product becomes close, the gap
Although gaps may form, this product does not create gaps,
Can be used in close proximity to the product up to 5~10mm
▶ Uses
· Display substrate, PCB cleaning, cooling, tempering
· Steel (surface treatment process)
▶ Specifications
· Material: Stainless steel