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These replacement PTFE liners are designed to provide a chemically inert, easy‑to‑clean internal surface for our stainless steel laboratory pressure vessels. Manufactured from high‑purity polytetrafluoroethylene (PTFE), the liners protect the vessel body from aggressive chemicals, simplify cleaning between runs, and help extend the service life of your equipment.
Material: High‑purity PTFE, resistant to acids, bases, solvents, and high‑temperature media
Sizes Available:
25 mL
50 mL
100 mL
Compatibility: Designed to fit directly into Forge Pressure Equipment laboratory pressure vessels of matching volume
Performance:
Chemically inert surface prevents contamination and unwanted reactions
Smooth interior finish for easy cleaning and sample recovery
Thermal stability suitable for use up to 300 °C (when used within vessel operating limits)
Extends the service life of stainless steel vessels by reducing chemical wear
Simplifies cleaning and turnaround between experiments
Provides a clean, inert reaction environment for sensitive chemistries
Cost‑effective replacement option to keep vessels in peak condition
High‑pressure chemical reactions and synthesis
Catalyst testing and screening
Corrosive or high‑purity sample preparation
Situations where rapid cleaning and turnaround are required
These replacement PTFE liners are designed to provide a chemically inert, easy‑to‑clean internal surface for our stainless steel laboratory pressure vessels. Manufactured from high‑purity polytetrafluoroethylene (PTFE), the liners protect the vessel body from aggressive chemicals, simplify cleaning between runs, and help extend the service life of your equipment.
Material: High‑purity PTFE, resistant to acids, bases, solvents, and high‑temperature media
Sizes Available:
25 mL
50 mL
100 mL
Compatibility: Designed to fit directly into Forge Pressure Equipment laboratory pressure vessels of matching volume
Performance:
Chemically inert surface prevents contamination and unwanted reactions
Smooth interior finish for easy cleaning and sample recovery
Thermal stability suitable for use up to 300 °C (when used within vessel operating limits)
Extends the service life of stainless steel vessels by reducing chemical wear
Simplifies cleaning and turnaround between experiments
Provides a clean, inert reaction environment for sensitive chemistries
Cost‑effective replacement option to keep vessels in peak condition
High‑pressure chemical reactions and synthesis
Catalyst testing and screening
Corrosive or high‑purity sample preparation
Situations where rapid cleaning and turnaround are required