NIKUNI 25KLD07Z-M Magnetic Drive Centrifugal Pump

The NIKUNI 25KLD07Z-M is a high-performance magnetic drive centrifugal pump engineered for the safe handling of hazardous and ultra-pure chemicals. Manufactured by NIKUNI Co., Ltd., this KLD series pump is designed to completely eliminate leakage risks associated with traditional mechanical seals, making it the preferred choice for semiconductor fabs, PCB etching lines, photovoltaic cleaning, and chemical processing.

Seal-Less Safety and Material Excellence

The pump employs full plastic magnetic drive technology, completely eliminating mechanical seals. Torque is transmitted via non-contact magnetic coupling between the outer and inner magnets, achieving a fully enclosed pump chamber and absolute zero leakage. All wetted components are manufactured from high-grade fluoroplastics: PVDF provides excellent mechanical strength and heat resistance, while ETFE coating ensures long-term resistance against extreme chemicals. This design eliminates the risk of seal face wear, aging, or crystallization jamming.

Small Flow, High Head Capability

Using 3D momentum exchange principles, the NIKUNI 25KLD07Z-M delivers stable pressure output even at low flow rates (minimum 0.2 L/min up to 110 L/min). It achieves single-stage impeller pressure of 17 kgf/cm² and two-stage impeller pressure of 30 kgf/cm², making it suitable for high-precision processes requiring consistent fluid delivery under varying backpressure conditions. The pump is suitable for cold/hot water circulation, chemical equipment integration, and general industrial fluid transfer.

Application Domains

This pump is ideal for semiconductor FAB buffer oxide etchant (BOE) delivery, PCB etching lines (FeCl₃), photovoltaic cleaning systems, chemical processing of strong acids, pharmaceutical and food-grade fluid transfer, environmental water treatment systems, and energy sector cooling and lubrication loops. Its seal-less construction ensures operator safety and environmental protection when handling highly hazardous media.