Bench top lab pressure reactor

Introduction

This series mechanical stirring lab pressure reactor/ lab bench top reactor/ Bench top stirred pressure reactor/ Bench top stirred autoclave/ Lab stirred pressure autoclave is available for 50ml-1000ml, 100bar maximum operate pressure, temeprature up to 300℃ reaction & laboratory test. This kinds of reactor can be placed on the table of laboratory.

Direct vertical drive by motor and magnetic coupling drivers. Magnetic drivers (static seal) have advantages of no leakage, smooth run, low noise and easy operation, which is widely used for various chemical reaction in laboratory, under high pressure, high vacuum and high temperature condition.

Features

• Lab bench top high pressure reactor autoclaves 

• Volume: 50ml, 100ml,  200ml, 250ml,  300ml, 500ml;

• Pressure up to 100bar;

• Temperature up to 300℃；

• Standard materials：SS-304, SS-316, Hastelloy C276, Titanium;

• Direct driven zero leakage magnetic coupling agitator;

• Pressure sensor display and temperature sensor;

• Rupture disc for safety operation;

• Internal cooling coils with water tap;

• Touch screen with temperature, pressure & stirring speed control & display. USB output;

• Gas/liquid inlet & outlet with needle valve control.

Specification

Customer is advised to select best suited options for most optimized price & delivery.

Customization of volume, material, pressure, temperature etc. may be possible on request.

Different power supply options may be possible on request.

HXCHEM customize various mechanical stirring lab pressure reactor/ lab bench top reactor/ Bench top stirred pressure reactor/ Bench top stirred autoclave/ Lab stirred pressure autoclave/ Lab hastelloy reactors/ Lab titanium reactors/ Magnetic stirring pressure reactors/ 100ml pressure reactors/ 500ml pressure reactors/ 250ml pressure reactors/ high pressure reactors. Our laboratory reactor applicated in Laboratory chemical development； High pressure none leakage application；Corrosion test, and catalyst test；Scale-up；Pilot-Plant; Small-scale production; Hydrogenation；Catalytic Reaction；