FPS-1 PTFE Non-Sealed Electrochemical Cell
Price range: $62.00 through $250.00
PTFE Electrochemical Cell Series — chemically inert PTFE cells with volumes from 10–500 mL, available in non-sealed or fully sealed configurations, ideal for electrocatalysis, materials screening, corrosion studies, and electrochemical synthesis.
| Size |
100ml Full PTFE Electrochemical Cell – Unsealed ,10ml Full PTFE Electrochemical Cell – Unsealed ,150ml Full PTFE Electrochemical Cell – Unsealed ,200ml Full PTFE Electrochemical Cell – Unsealed ,20ml Full PTFE Electrochemical Cell – Unsealed ,300ml Full PTFE Electrochemical Cell – Unsealed ,30ml Full PTFE Electrochemical Cell – Unsealed ,500ml Full PTFE Electrochemical Cell – Unsealed ,50ml Full PTFE Electrochemical Cell – Unsealed |
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Potentiolab All-PTFE Three-Electrode Electrochemical Cell
The Potentiolab all-PTFE electrochemical cell is a chemically resistant reaction vessel designed for standard three-electrode electrochemical experiments. It is available in both sealed and unsealed configurations, making it suitable for routine electrochemical testing, gas-controlled experiments, corrosion studies, and custom laboratory setups.
Manufactured from high-purity PTFE, the cell provides excellent resistance to acids, alkalis, and most organic solvents, while supporting flexible electrode and gas port arrangements.
Product Versions
1. PTFE Non-Sealed Electrochemical Cell
Designed for standard three-electrode measurements where gas-tight sealing is not required. The open or semi-open structure allows easy electrode insertion, fast electrolyte exchange, and convenient cleaning.
Recommended for: CV, LSV, EIS, catalyst screening, teaching laboratories, and routine electrochemical measurements.
2. PTFE Sealed Electrochemical Cell
Designed for controlled-atmosphere, volatile electrolyte, or gas-involved electrochemical experiments. The threaded PTFE sealing structure helps reduce evaporation, contamination, and gas leakage during long-term electrolysis.
Recommended for: CO₂RR, ORR, NRR, HER/OER studies, gas purging experiments, and long-term electrolysis.
Threaded Sealing Components
- PTFE lid
- PTFE cell body
- 6.2 mm electrode ports
- 6.2 mm PTFE threaded nuts
- FKM sealing rings for electrode ports
- FKM sealing ring for the main cell body
- Optional gas inlet / outlet ports
PTFE Material Properties
| Property | Description |
|---|---|
| Chemical Resistance | Resistant to strong acids, alkalis, water, and most organic solvents |
| Temperature Resistance | Suitable for long-term use at 200–260°C, depending on experimental conditions |
| Low Temperature Performance | Maintains flexibility at low temperatures, down to approximately -100°C |
| Low Surface Energy | Non-stick surface with low adsorption of reactants and products |
| Electrical Insulation | Excellent insulating performance for electrochemical cell construction |
Technical Specifications
| Cell Material | High-purity PTFE |
| Cell Type | Sealed / Non-sealed |
| Volume Range | 10 mL, 20 mL, 30 mL, 50 mL, 100 mL, 150 mL, 200 mL, 300 mL, 500 mL |
| Electrode System | Standard three-electrode configuration |
| Electrode Port Diameter | 6.2 mm |
| Compatible Electrodes | Working electrode, counter electrode, reference electrode, gas tube |
| Sealing Components | PTFE threaded nuts and FKM sealing rings |
Typical Applications
- Three-electrode electrochemical measurements
- Cyclic voltammetry and linear sweep voltammetry
- Electrochemical impedance spectroscopy
- Electrocatalyst screening
- CO₂ reduction reaction studies
- HER, OER, ORR, and NRR research
- Corrosion and passivation studies
- Electrochemical synthesis
- Gas purging and sealed electrolysis experiments
Sealed vs Non-Sealed Version
| Feature | Non-Sealed Cell | Sealed Cell |
|---|---|---|
| Open access | Excellent | Limited |
| Gas-tight operation | Not supported | Supported |
| Gas purging | Optional / limited | Recommended |
| Volatile electrolyte handling | Limited | Good |
| Long-term electrolysis | Suitable for routine tests | More suitable |
Instructions for Use
Sealed Electrochemical Cell:
- Place the main FKM sealing ring onto the PTFE cell body.
- Insert the working electrode, counter electrode, reference electrode, and gas tubes into the lid ports.
- Secure each port using PTFE threaded nuts and FKM sealing rings.
- Tighten the PTFE lid to the cell body to form an airtight structure.
- The cell is ready for standard three-electrode operation.
Non-Sealed Electrochemical Cell:
- Insert the electrodes through the PTFE cap or fixed electrode base.
- Adjust the electrode position according to the experimental setup.
- Add electrolyte and connect the electrodes to the potentiostat.
- The cell is ready for routine three-electrode testing.
Customization Options
- Custom volume or cell geometry
- Additional electrode ports
- Gas inlet and outlet ports
- PTFE electrode holders
- Reference electrode adapters
- Sampling or stirring ports
Recommended for: Researchers who need a chemically resistant PTFE electrochemical cell for routine testing, harsh electrolytes, gas-controlled experiments, or customized three-electrode electrochemical systems
Worldwide Shipping
Potentiolab ships electrochemical electrodes, electrochemical cells, and laboratory accessories to universities, research institutes, and laboratories worldwide. Orders are shipped primarily via FedEx International Priority (occasionally DHL or UPS) with full tracking. In-stock items are typically dispatched within one business day. Estimated delivery times are 4–6 working days for Asia, 5–7 working days for Europe and North America, and 7–9 working days for other regions. Customs clearance times may vary by country.
Rates, Support & Orders
Shipping fees start from USD 28, with free shipping available on qualifying orders over USD 1800. Prices exclude VAT, customs duties, or local taxes, which are the responsibility of the recipient. For bulk orders, custom electrochemical products, academic discounts, or institutional purchasing requirements, please contact our sales team at sales@potentiolab.com.
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