Flow Restrictors for HPLC
- Constant flow rate regardless of mobile phase viscosity and HPLC column back pressure
- Robust and simple design to ensure reproducible run to run results
- Configurable for a wide range of flow rates
- Full metal construction for a longer lifetime and better performance
- Easy to install, operate and remove
- Specifications
- Send Us Inquiry
Filson flow restrictors can be used in the HPLC systems (high-performance liquid chromatography ) to realize the request results and further benefit the profits.
- Construction material: stainless steel, titanium, Hastelloy, Monel, nickel, Inconel and more
- Working temperature: 450°C for stainless steel
- Maximum working temperature: up to 760°C based on materials
- Particle size: 2 – 20 micron
- Standard working pressure: 120 PSIG
- Unit size: each available for your needs
- Connection: customizable upon requirements
Note: custom service provided, contact Filson for more details.
Send Your Inquiry Today
Filson Flow Restrictors for HPLC
Your Reliable Flow Restrictors Supplier for HPLC
Filson flow restrictors are going to act as flow splitters in high-performance liquid chromatography. They eliminate the need for tedious adjustments and flow measurements for flow rates which provides great convenience to the operation.
These quality flow restrictors manufactured by Filson are featured by uniform pore distribution and good permeability, allowing liquids to pass through thousands of micron pores. Compared to common flow control methods, Filson flow restrictors offer more advantages to the HPLC system by reducing clogging risk.
Filson flow restrictors for HPLC are all made of certified raw metal and alloy materials to keep the best efficiency and prolong the service time. They are cleanable and reusable that can be washed by both physical and chemical methods.
To maintain the original efficiency of Filson flow restrictors, you can consult our experienced engineers for more advice. And to buy a suitable porous metal flow restrictor, please call or email us today.