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High Purity Version - 15 lpm / 4 gpm, 30 lpm / 8 gpm, 60 lpm / 16 gpm
Applications
Transfer of ultrapure acids and solvents used in the semiconductor and photovoltaic industries
Transfer of abrasive slurries
Recirculation, dispensing, and filteration with controlled flow rates and volumes
Bulk chemical delivery
Performance Superior performance with reduced cost of ownership. A2 pumps are designed based on 20 years of experience in handling ultra-high purity media for the Semiconductor industry. Our pumps are constructed with no metal parts. All wetted parts are manufactured from high purity PFA and PTFE and are suitable for pumping even the most aggressive ...
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Operation The Furon Turbo Pump is a sealess magnetically driven turbine pump. The fluid enters the housing body of PTFE and is driven by a turbine impeller also made of PTFE. the desired outlet pressure is adjusted by the system set up (fluid inlet pressure, outlet flow (and tuned by as adjustment knob which change the gap between the turbine impeller vanes and the body, generating various boosting fluid pressure levels.
Applications The Furon Turbo Pump has potential uses in boosting high purity and aggressive fluid pressure levels. Best suited for DI water, this pump can be used in systems which require an increase in the pressure of low viscosity fluids. An example of this includes, the spraying and cleaning systems ...
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Furon High Temperature Pumps are designed based on 20 years of experience in handling ultra-high purity media for the semiconductor industry. Our pumps are constructed with no metal parts. All wetted parts are manufactured from high-purity PFA and PTFE and are suitable for pumping even most aggressive chemicals. All other (non-wetted) components are manufactured from advanced engineering thermoplastics including for some of them some fiber reinforcement to enable premium performance even at elevated temperature. The self priming capability of our product for a high purity 100% metal free pump provide an easy installation and setup.
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Operation The principle function of a pulsation dampener is to damp out the pulse generated on the delivery stroke by pneumatically operated bellow and diaphragm pumps. When the pump is used in conjunction with a filter (the pulse from the Furon A2 pump is much lower than that generated by an equivalent diaphragm pump) the pulse on the delivery stroke can cause particles trapped in the filter membrane to be forced through the filter, contaminating the fluid.
The pulsation dampener, when placed on the delivery side of the pump with the same fittings and air/nitrogen supply, absorbs up to 80% of the pulsations, regardless of fluid pressure or flow rate, protecting the filter element from damage and significantly reducing ...
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PV Series Version - 30 lpm / 8 gpm, 60 lpm / 16 gpm
Applications
Transfer of corrosive or aggressive chemicals
Recirculation, dispensing, and filteration with controlled flow rates and volumes
Bulk chemical delivery
Performance Superior performance with reduced cost of ownership. Furon PV Series pumps are designed based on 20 years of experience in handling ultra-high purity media for the Semiconductor industry. Our pumps are constructed with no metal parts. All wetted parts are manufactured from high purity PFA and PTFE and are suitable for pumping even the most aggressive chemicals. All non-wetted components are manufactured from advanced engineered thermoplastics ...
Operations The Furon High flow bellows pump is pneumatically operated: two bellows made from PTFE reciprocate horizontally. Their pumping frequency is much lower than an equivalent diaphragm pump and results in an extended life. Due to this low frequency and amplitude of the bellows pump, we guarantee a lower level of particle contamination.
All The Furon High flow bellows pump wetted components are manufactured with High Purity PFA and PTFE and are suitable for pumping even the most corrosive concentrated chemicals (acids and solvents).
All other components are manufactured with high technology materials; e.g. PVDF and PEEK, and ensure no ionic contamination of the chemical, even if ...
