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Quality Glass Lined Reactor
Release time:
Mar 03,2025
Information Summary:

| Parameters Table | Vessel | Jacket | |||
| Full capacity area m3 | 56 | ||||
| Heat exchange area m2 | / | 59.54 | |||
| Design pressure Mpa | 0.4 | 0.6 | |||
| Design temperature °C | 200 | 200 | |||
| Steel plate material | Q345R | 245R | |||
| Reference weight Kg | / | ||||
| High voltage test (kv) | 20 | ||||
| Reducer-helical gear | RF180 | / | |||
| Motor-asynchronous explosion-proof type KW | YB45 | ||||
| Frame | DJ180 | ||||
| Agitator | Anchor, Gate stirrer:63~85r/m Paddle, Impeller:85~130r/m | ||||
| Use medium | Resistance to corrosion of inorganic acids, organic acids, organic soivents and weak alkalis at various concentrations (except hydrofluoric acid,medium containing fluoride ions, con- centration > 30%,temperature>180% concentrated phosphoric acid and strong alkali) | ||||
Note: When the working temperature is less than 0°C or the design pressure is greater than 0.4, please specify when ordering | |||||
IV nozzle table | |||||
Symbol | Nominal size | Connecting flange standard | Purpose | ||
M/sl | DN480/125 | / | Manhole (with sight glass) | ||
a | DN200-B | PNO1.0HG/T2105-2017 | Spare port | ||
b | DN200-B | PNO1.0HG/T2105-2017 | Spare port | ||
c | DN200-B | PNO1.0HG/T2105-2017 | Spare port | ||
d | DN200-B | PNO1.0HG/T2105-2017 | Spare port | ||
e | DN250-A | PNO1.0HG/T2105-2017 | Stirrer port | ||
f | DN150-A | PNO1.0HG/T2105-2017 | Discharge port | ||
h | DN200-B | PNO1.0HG/T2105-2017 | Spare port | ||
s2 | DN150-A | PNO.1.0HG/T2144-2018 | Mirror port | ||
T1~2 | DN250-B | PN1.0HG/T2105-2017 | Thermometer port | ||
L1~4 | DN125 | PL125 (B) -10RF | Steam inlet (outlet) | ||
g | G3/4" | / | Exhaust vent | ||
K | G1/2" | / | Discharge outlet | ||

The glass lined reactor is a highly reliable and efficient solution for industries requiring superior corrosion resistance and contamination-free processing. Designed with a durable glass lining, this reactor excels in handling aggressive chemicals, acids, and solvents, making it ideal for pharmaceutical, chemical, and food production. The glass lined reactor ensures excellent thermal stability and a smooth, non-reactive surface, maintaining product purity and consistency. Its robust construction allows for efficient heat transfer, reducing energy consumption and operational costs. Easy to clean and maintain, the glass lined reactor minimizes downtime and enhances productivity. Available in customizable sizes and configurations, it adapts seamlessly to various industrial needs. Trust the glass lined reactor to deliver unmatched durability, chemical resistance, and operational efficiency, making it an indispensable asset for precision-driven manufacturing processes.
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