Peristaltic Feed Pump Kit (for HVE Thin Film Evaporators)SKU: LS-FPK-HVE
This Peristaltic Feed Pump Kit (from High Velocity Evaporators) is designed to be paired with your existing HVE Thin Film Evaporator System.
The main advantage of this kit is that continuous input of material and consistent volumes can be introduced into the still body, increasing the overall speed and efficiency of the system.
The Peristaltic Feed Pump Kit (FPK) is designed to be paired with HVE Thin Film Evaporator systems. The FPK upgrades your system for the regulated, continuous input of material and consistent volumes to be introduced into the still body thus increasing the ease of use, overall speed and efficiency of the system.
The FPK employs a Masterflex® L/S Easy-Load II peristaltic pump to digitally control the input of material being fed into the thin/wiped film system.
Peristaltic pumps offer simple operation, low maintenance, and heated, viscous fluid handling with ease. The kit also includes two (2) sizes of silicone tubing for variable flow rates of fluids, with high temperature & chemical resistance as well as all adapters needed for connection to HVE systems.
The FPK can also be paired with the Discharge Pump Kit (DPK) which allows for a continuous input of material as well as the continuous output of fractions. This dramatically increases the potential throughput for the HVE system as it can now process in a fully continuous configuration without having to switch stop the system to switch receiving flasks or feed material. For optimal operation, the Booster Pump Kit (BPK) can also be added giving the HVE faster achievable speeds and even further increased throughput.
- Powerful & precise complete Masterflex® peristaltic pump
- Temperature and chemical resistant Masterflex® silicone tubing
- Flange & socket adapters (2) to adapt to HVE wiped/thin film systems
- Two (2) tubing sizes for variable input feed rates
- Pair with the Discharge Pump Kit (DPK) for continuous operation
- Pair with DPK and Booster Pump Kit (BPK) for increased throughputs and speed