SPN-21C

Features Specification Decay Time Characteristics Dimensions Download SPN-21C It is a miniature Pin Type Ion Nozzle. It achieves stable performance and constant ion balancing for long time use through high frequency, and it has a digital control system to minimize corona discharge loss. Key Features Miniature Pin Type Ion Nozzle Stable ion balance during long…

SPN-12/12S

Features Specification Decay Time Characteristics Dimensions Download SPN-12/12S Subminiature Ion Nozzle can reduce contamination of tip by adopting high frequency mode(Piezo:72kHz). Available for various working environment with different fitting tubes(Option) and angle adjustable bracket, and it brings quick ionization in narrow space. Also, contamination caused by air can be prevented by adjusting Air filter.(Option) Key…

SIB5S-C Series

Features Specification Reliability Test & Certificate Decay Time Characteristics Dimensions Download SIB5S-C Series It achieves stable performance and constant ion balancing for long time use through high frequency, and it has a digital control system to minimize corona discharge loss. In addition, wear and contamination of the discharge emitter is minimized, which improves the ease…

SIB1(N) Series

Features Specification Decay Time Characteristics Dimensions Download SIB1(N) Series SIB1 Series is the external controller type ion bar. Due to small and slim body, it can be installed in a narrow space easily. We provide diverse lengths. Its maintenance is simple, by replacing emitter socket. Key Features External Controller Type Ion Bar Max. 4ea connections using…

SIB4 Series

Features Specification Decay Time Characteristics Dimensions Download SIB4 Series Corona discharge loss is minimized through various specification and digital control system and this product provides high performance, low ion balance. Also, wide range of ionization is possible through optimum ion generating design. Key Features Depending on the polarity, ion generation amount is automatically controlled. – Auto. Duty…

SIB4H Series

Features Specification Decay Time Characteristics Dimensions Download SIB4H SeriesThe quantity of sokets is maximized so that faster and long distance static elimination is feasible. The user can self-setting the ion generation rate, it benefits to apply in various environments.Key Features The quantity of sokets is maximized so that faster and long distance static elimination is…

SIB5S Series

Features Specification Decay Time Characteristics Dimensions Download SIB5S Series It is the product that shows stable performance by high frequency, keeps stable ion balance during long term period. By various product specification and digital control systems, corona discharge loss is minimized. Also wide range of removing static is possible through optimum design for ion generation. Key…

SIB7 Series

Features Specification Decay Time Characteristics Dimensions Download SIB7 Series SIB7 Series is the all-in-one type mini size ion bar. Corona discharge loss is minimized through various specification and digital control system and this product provides high performance, low ion balance. Also, wide range of ionization is possible through optimum ion generating design. Key Features All-in-one type…

SIB-ex Series

Features Specification Decay Time Characteristics Dimensions Download SIB-ex Series Explosion-proof Ion Bar that achieved explosion-proof certification in both ATEX (Europe) and KGS (Korea). Safe design from electric accident and flame retardant is suitable to use for particular environment. KGS ceritificate (SIB-900ex, SIB-1600ex, SIB-1800ex, SIB-2000ex) Key Features The explosion-proof ionizer with ATEX certification for Europe and KGS certification for…

SDB12 / 24 Series

Features Specification Comparison before / after Dimensions Download SDB12 / 24 Series Using high voltage DC ±12kV, it is possible to eliminate electrostatic quickly from roll to roll machine or high charged object. This bar is IP 66 rating which is good for water proof and dust proof, and suitable for standard industry environment. Key…