Hydrothermal Synthesis

Hydrothermal Synthesis Reactors are specialized laboratory systems designed for chemical reactions under controlled temperature and pressure conditions. JN SCIENCETECH’s reactor features a robust stainless steel exterior with a Teflon (PTFE) lining that ensures high chemical resistance, inertness, and purity during reaction processes. Built to meet GMP, FDA, and ISO standards, it’s ideal for pharmaceutical, chemical, and R&D industries conducting crystallization, material synthesis, and nanostructure research.

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Hydrothermal Synthesis Reactor

Data Sheet - Hydrothermal Synthesis Reactor

Max Temp:280 °C. PPLLiner

Max Temp: 240 °C. PTFELine

Max Pressure: 30 bar | 3 Mpa | 430 PSI

Part. No. CapacityReactor Vessel
Outer Dia
Reactor Vessel
Total Height
PTFE | PPL Liner
Outer Dia
PTFE | PPL Liner
Total Height
4983025 ml 55 mm 117 mm 33 mm 62 mm
4983150 ml 62 mm 138 mm 39 mm 78 mm
49832 100 ml 75 mm 154 mm 49 mm 94 mm
49833150 ml 90 mm 186 mm 56 mm 117 mm
49834 200 ml 95 mm 190 mm 63 mm115 mm
49835250 ml 96 mm 210 mm 63 mm134 mm
49836 300 ml97 mm235 mm63 mm160 mm
49837500 ml120 mm220 mm 84 mm 148 mm

Material SS 304 | 316 | 316 L | Comes with PTFE Or PPL (polyphenylene polymer) Liners

We produce both standard and customized autoclaves with variations in dia, liner, height and volume.

Overview

The Hydrothermal Synthesis System is engineered to deliver reliability and reproducibility in laboratory synthesis equipment. Using a Teflon-lined autoclave, it withstands corrosive chemicals and high temperatures, ensuring safe operations for pharmaceutical and chemical research. Compared to standard reactors, its hydrothermal reactor vessel offers superior sealing performance, longevity, and flexibility in experimental setups — making it the preferred choice for R&D scientists and industrial laboratories seeking precision and purity.

Key Features & Benefits:

Material of Construction (MOC) Benefits – Teflon-lined stainless steel ensures chemical resistance, purity, and inertness.
Thermal & Corrosion Tolerance – Performs reliably under high temperature and pressure.
Precision Engineering – Leak-proof design with ergonomic sealing structure.
GMP/FDA-Grade Compliance – Manufactured following strict quality protocols.
Customizable Options – Available in multiple capacities and MOC variants.
Maintenance-Friendly – Non-stick interior allows easy cleaning and reusability.
Durability – Designed for long-term laboratory use with consistent performance.

Applications:

Ideal for pharmaceutical synthesis, nanoparticle crystallization, chemical compound research, and material development. Also used in laboratory R&D, food testing, and environmental sample preparation.
Explore related tools like PTFE Sampler, and other  Laboratory Tools for complete lab maintenance solutions.

Technical Specifications:

Available in 25–2000 ml capacity with SS and Teflon variants. Custom MOC and fittings provided on request to suit unique experimental needs.

FAQ's

1. What is the temperature limit of a Hydrothermal Synthesis reactor?

 Our reactors can safely operate up to 250°C, depending on the Teflon lining and vessel design.

2. Can this reactor be used for nanoparticle or crystal growth studies?

 Yes, Hydrothermal Synthesis systems are ideal for controlled crystallization and nanoparticle synthesis in R&D environments.

3. Is the system suitable for corrosive chemical reactions?

 Absolutely — the Teflon lining provides outstanding chemical resistance and ensures sample purity.

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JN Sciencetech