stainless steel reactor

stainless steel reactorThe main technical parameters are similar to those of the WHF series, with the main feature being the addition of equipment base, bracket, and kettle cover lifting device on the basis of the WHF series experimental high-pressure kettle. The kettle cover is lifted by rotating the lifting handwheel on the equipment to drive the screw to rotate. Pressing the positioning pin of the lifting square iron can move the kettle cover to the side for easy feeding, discharging, and cleaning, reducing the physical labor of the user and making it more convenient and efficient to use. Install a worm gear reducer with a capacity greater than 10L to lift the kettle cover. Rotate the handwheel of the worm gear reducer to lift the kettle cover with a steel wire rope.

stainless steel reactorDivided by volume size into 0.1, 0.25, 0.5, 1, 2, 3, 5L.

The WHFSZ type adopts a ring-shaped rare earth permanent magnet driven stirrer, which has the characteristics of high stirring torque, * static sealing, no leakage, high temperature resistance, high pressure, high vacuum, high stirring speed, smooth operation, low noise, wide applicability, simple use, and easy operation. It is an ideal device for various stirring reactions in the laboratory. The shaft sleeve is made of self-lubricating materials such as graphite, ceramic, PTFE filled carbon fiber, etc., which are suitable for various materials to undergo stirring reactions under different reaction conditions. For example: gas-liquid reaction, gas-liquid solid reaction, liquid-solid reaction, etc. There are two types of discharge methods: top discharge and bottom discharge, which are available for users to choose from when placing orders.
The operating pressure of a conventional standard laboratory high-pressure reactor is 9.8Mpa, the stirring speed is adjustable from 20-750r/min, the working temperature is 300 ℃, the main contact material material is 1Cr18Ni9Ti stainless steel, the stirring blade is in the form of a propeller, and the motor is a regular DC motor; Conventional kettle lid openings: gas phase ports are equipped with needle valves (for inlet, exhaust, and vacuum extraction), liquid phase ports are equipped with needle valves and bottom pipes inserted into the kettle (for sampling or feeding during the reaction process), feeding ports are equipped with screw plugs, temperature measurement and control ports are equipped with protective tubes and platinum resistors, pressure gauges are equipped with safety blasting ports and pressure gauges and safety explosion-proof devices, and cooling coils in the kettle are equipped with inlet and outlet water nozzles; If the user has special requirements for the main materials of the reaction vessel (1Cr18Ni9Ti (321), 00Cr17Ni14MO2 (316L), 0Cr18Ni9 (304), Ni nickel, titanium and titanium alloys, tantalum, zirconium, Hastelloy alloy, PTFE lining, etc.), the opening of the vessel cover, internal structure, pressure level, heating method, stirring blades, and the addition of other auxiliary devices (such as condensation reflux device, constant pressure feeding tank, receiving device, condenser, etc.), they can be processed and manufactured according to the user's requirements. Note: 0.1-0.25L without internal cooling coil, 0.1-0.5L without feeding port. And the heater can be processed as an explosion-proof heater according to requirements. The motor can be selected as an explosion-proof motor and equipped with a frequency converter, or it can be made as a whole explosion-proof.

Due to different production processes and operating conditions, users have different requirements for the pot lid process opening, mixing type (including paddle type, anchor type, frame type, spiral type, etc.), support type (suspension type or support type), as well as magnetic static seal, mechanical seal, packing seal device, etc. According to the manufacturing material, reaction vessels can be divided into laboratory reaction vesselsstainless steel reactorTitanium reaction kettle; Titanium reaction vessels can be divided into electric heating titanium reaction vessels, steam heating titanium reaction vessels, far-infrared heating titanium reaction vessels, and thermal oil heating titanium reaction vessels according to heating methods; According to the application scope, it can be divided into chemical reaction kettle, biochemical reaction kettle, and food reaction kettle; According to pressure, it can be divided into atmospheric pressure reaction kettle, low-pressure reaction kettle, and high-pressure reaction kettle.