Explosion-proof manual lifting pressure reactor (5liters-29liters)

Reactor volume: 5.0 -29liter Pressure: 100 bar,maximum 350bar Temperature: 20 °C to +350 °C Material: Stainless steel 304/316 Features: Top cover lid can be rising & lowering Lab/pilot pressure reactor/ autoclave reactor

Category：

Lifting stirred reactors,5-50 liters

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Product description
Cases

Commodity name: Explosion-proof manual lifting pressure reactor (5liters-29liters)
Commodity ID: 1051806468119814144

Explosion-proof manual lifting pressure reactor

Product Introduction

5L 100bar floor stand bolted closure laboratory batch reactors

Reactor volume: 5.0 -29liter
Maximum Pressure: 100-350 bar
Temperature: 20 °C to +350 °C
Material: Stainless steel 304/316

Features: Top cover lid can be rising & lowering

Other materials, pressures & temperatures are available.

Features

Flat cover lid: Lifting & lowering

Closure type: Flange type with bolts closure
Shaft seal: Magnetic coupling drive
Heating method: Electric heating

Control: PID temperature control.

Specification

*QUICK SELECTION(5liters to 50 liters)*
Model No.	GSH-5	GSH-10	GSH-20	GSH-30	GSH-50
Nominal Capacity (L)	5	10	20	30	50
Working Pressure (MPa)	10	10	10	10	10
Working Temperature (℃)	350	350	350	350	350
Stirring Speed (r/min)	0-1500	0-1500	0-1500	0-750	0-750
Material	SS304 or SS316
Heating Method	General electric heating
Cooling Method	Internal spiral coils
Charging Method	Charging from above
Stirring type	Propeller, paddle type, anchor type or customized
Control panel	Temperature, time and heating voltage display Temperature adjustment control, accuracy±1 ℃ Stirring speed display and control
Standard fittings	Pressure Gage; Thermocouple; Internal Stirring System Liquid inlet and gas inlet with needle valve;Gas Release Valve Dip Tube; Safety Rupture Disc; Cooling Coil

Product Details

Applications

These reactors are used in many branches of chemical technology. Catalytic Hydrogenation with its associated catalyst development and testing is certainly one of the principal applications of these reactors with their excellent three phase mixing designs. Polymer development is another major area of application. Additionally, the vessels have been used extensively in hydrometallurgical applications.

Hydrogenation, Catalyst Screening / Testing
Polymerization
Styrene Butadiene
Alkoxylation
Distillation
Ethoxylation
Hydrocracking
Dehydrogenation
Oxidation
Fischer TrophCarboxylation
Fluid Catalytic Cracking
Biojet Fuel production

Crystalization

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