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Single layer glass reactor
Product Discription
The single layer glass reaction kettle(nuclear reactor) is a kind of container widely used in industry, which can be used for solid dissolution, product mixing, chemical reaction, batch distillation, crystallization, extraction and polymerization and other processes.
The single layer glass reactor(nuclear reactor) is equipped with a stainless steel bath, in which the experiment can be completed under constant temperature conditions, directly adding water or oil to the reaction glass container for heating.It's easy to operate and very convenient.
Detail Specs
| Basic Parameter | |
|---|---|
| Model | Single layer glass reactor |
| Volume of the reactor bottle | 10L |
| Glass material | GG-17 |
| Spraying plastic anti-corrosion shell size (mm) | 540*440*860 |
| Stainless steel container size (mm) | 350*220 |
| Movement method | Universal castor with brake |
| Reaction bottle number | Spherical shape 7 pieces |
| Lifting of discharging port | 450mm |
| Reaction temperature | -80-250℃ |
| Vacuum degree | 0.098Mpa |
| Stirring speed | 0-450rpm |
| Stirring shaft diameter | 15mm |
| Stirring power | 90W 1/3 |
| Heating power | 3KW |
| Overall dimension (mm) | 600*400*1900 |
| Packing dimension (mm) | 1100*620*790 |
| Package weight (KG) | 63 |
| Function device | |
| Electrical machine | Low-speed reinforcement electric machine, speed rate 3:1 |
| Rotating speed display mode | Liquid crystal digital display |
| Pot temperature display mode | Digital display |
| PTFE sealing | D70 Flange stirring port |
| Condenser | 100*600mm |
| Backflow (distillation) device | Backflow elbow with discharging switch, 50# ground port |
| Drop device | 1L/34 standard port |
| Pressure reduce device | 34# standard port pressure reduce valve |
| Temperature measuring tube | 24# standard port |
| Solid discharge (washing) port | D120 flange port with PTFE cover |
| Discharging method | Inclined discharging glass valve, D80 flange port |
| Vacuum display method | Vacuum meter |
| Stirring connection method | Universal joint connection |
| Stirring rod | Anchor type stainless steel rod, covered with PTFE |
| Optional device | |
| Shell | 304 stainless steel |
| Collecting device | Collection bottle |
| Cooling circulating device | Cooling copper coil tube |
| Explosion-proof | Explosion-proof inverter/Explosion-proof motors 180W/370W 0-1400rpm |
| Main body | Spraying PTFE of the whole instrument |
| Heating device | Electric heating jacket heating |
| Customization | Our laboratory equipment can be customized according to customers' actual needs. |
Features
1. Frequency control, AC induction motor, speed digital display constant, brushless, no spark, safe and stable;
2. All glass parts are made of high bro 3.3, with good chemical and physical properties; big bottle mouth design, hand-in cleaning;
3. PTFE mechanical component sealing, it can get the best vacuum degree among the similar products in the market;
4. Overall stainless steel frame structure, compact and solid, stable and reliable without shaking when mixing;
5. The PTFE discharge valve without dead corner;
6. Computer controlled thermostatic oil bath, intelligent PID control, temperature control is accurate and convenient;
7. Distillation, reflux can be simultaneously;
8. Explosion-proof series available.
Feature:1.Vessel capacity is flexible from 1L-200L; Suitable for lab reasearch and pilot plant.
Feature 2: Explosion-proof motor and AC servo motor optional, strong stirring;
Feature 3: More than 5 agitator blades,suitable for widely viscosity range.
How a Single-layer Glass Reactor Works？
The single-layer glass reactors work through the oil bath pot called the tank, and in a constant temperature that can either be low or high temperature. The reactor can process stirring reactions in the vacuum, condensation and distillation reaction processes, extracting and separation, and heat of response experiments.
Water can be passing through the system by condensing coil around the oil collector to achieve the results of the faster cooling process, the reaction of the contents inside the reactor, and controlling the rate of reacting solution from evaporation and reflux.
When the reaction is complete, the contents can now be released by opening the reactor’s lid or discharger port.
