GEAR PUMPS, ONE-FLOW AND MULTI-FLOW

Stainless steel metering gear pump for the delivery of chemical raw materials for the production of pharmaceutical products. CHEM metering pumps are also used to pump isocyanate, sulphuric acid, polyol or essential oils. With the appropriate combination of materials, many critical applications can be realized and a variety of low-viscosity fluids can be pumped. The range of applications extends from classic transfer and metering tasks in the chemical and pharmaceutical industry to the pumping of monomers, oligomers and prepolymers in polymer production. These chemical pumps are suitable for even the most difficult tasks and impress with their reliability and dosing accuracy in both vacuum and high-pressure applications. Typical applications for this pump type are in the chemical, cosmetics, food, petrochemical and polymer industries

X-Series pumps are ideally suited for higher-life, high power density systems, especially in the aerospace, robotics, and hydraulics markets. Common applications include fuel injection for small vehicles, hydraulic actuation, cooling, etc. Features include: High-quality, Swiss-made brushless motors, with Hall sensors for feedback control and high life expectancy High torque capabilities, supplying differential pressures up to 300 psid Various speed controllers for precise and programmable operation Compatible with fuels, oils, glycols, and more Excellent pump control with additional motor controller

1. Features There are additional high performance accessories available convenient applications - Anti-siphon Check Valves - Strainer Foot Valve - Flange Connections, Tees, Elbows 2. Precise Valve Structure The degree of precision is maximized since Double check balls or spring insert type is adopted in valve structure 3. Gas Locking Prevention - Liquid End Design minimizeds dead space. - Air Relief Valve can be provided for vaporous liquid. (optional item for KS 51~32)

Installed directly in the water supply line, Dosatron pumps operate without electricity, using water pressure as its sole power source. On its way through, the water activates the plunger, which takes up the required percentage of concentrate. Inside the pump, the concentrate is mixed with water. The water pressure forces the solution downstream. Once set, the pump requires no further attention. The dose of concentrate will always be strictly proportional to the volume of water entering the pump, whatever variations in flow or pressure may occur in the main line.