Teflon lined stainless steel autoclave reactor is engineered to meet the strict demands of industrial and laboratory chemical processes involving corrosive media. By integrating a PTFE liner within a stainless steel pressure vessel, this reactor design ensures both mechanical reliability and superior chemical compatibility.

Working Principle

Reactants are loaded into the PTFE liner, which is then sealed inside the stainless steel vessel. During heating, pressure builds within the liner while the outer vessel maintains structural stability. The inert liner prevents unwanted reactions between chemicals and the metal surface.

Types of Teflon Lined Stainless Steel Autoclaves

Laboratory Scale Autoclaves

Small-volume autoclaves designed for research and material development.

Pilot Scale Autoclaves

Medium-capacity units suitable for process optimization and scale-up studies.

Industrial Autoclave Reactors

Large-volume reactors designed for continuous or batch industrial processing.

Engineering Features

Material Compatibility

PTFE liners provide resistance to most acids, bases, and solvents, ensuring wide chemical compatibility.

Pressure and Temperature Performance

The stainless steel shell enables operation under elevated pressure and temperature conditions.

Ease of Maintenance

Removable liners simplify cleaning and replacement, reducing downtime.

Industry Applications

Chemical Manufacturing

Used for specialty chemical synthesis and catalytic reactions.

Pharmaceutical and Biotechnology

Supports controlled reactions requiring high purity and corrosion resistance.

Advanced Materials and Energy

Applied in the synthesis of functional materials, battery components, and catalysts.

Customization Options for B2B Buyers

Autoclave reactors can be customized in liner material, vessel size, heating configuration, and safety systems. Customization ensures seamless integration into existing workflows.

Supplier Selection Considerations

When choosing a Teflon lined stainless steel autoclave supplier, B2B buyers should evaluate design expertise, manufacturing quality, compliance standards, and after-sales service.

Total Cost of Ownership

Although the initial cost may be higher than standard reactors, the extended service life and reduced corrosion-related maintenance result in a favorable total cost of ownership.

Future Development Trends

Future developments focus on improved liner materials, enhanced safety systems, and smarter temperature and pressure control technologies.

Teflon Lined Stainless Steel Autoclave Technical Parameter

Model	BSF-10L	BSF-20L	BSF-30L	BSF-50L	BSF-100L
Power(W)	200(1:3)
External dimensions(mm)	540*480*1800	550*700*1830	550*700*1950	700*600*2050	700*800*2270
Number of cauldron lid openings	8
Temperature measurement port	50.5 chuck / φ8 temperature measuring tube	50.5 chuck / φ12 temperature measuring tube
Drop hole	50.5 mm chuck/1000 ml funnel			50.5 mm chuck / 2000 ml funnel
Return hole	50.5 chuck / φ38			50.5 chuck / φ38
sight glass	φ51			φ89
sight glass	φ32			/
Feeding port	/			φ89
Pressure gauge port	50.5 mm chuck / integrated pressure gauge
exhaust vent	2-way exhaust valve
Mixing hole	SUS316L propeller-type mixing impeller
High and low temperature resistance (°C)	-120~260
Stainless steel thickness (mm)	φ3				φ4
Discharge valve port diameter	φ35

Teflon Lined Stainless Steel Autoclave Video

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