PVAC Emulsion Polyol Stainless Steel Sheath Half-Tube Electromagnetic Heating Reactor

After-sales Service: Yes
Warranty: 1 Year
Type: Reaction Kettle

Product Description

Basic Specifications
Model NO.
FYF-165
Material
Stainless Steel
Capacity
>1000L
Structure
Filling Tube
Pressure
Positive
Agitator Model
Paddle Agitator
Reactor Type
Packed Tower Reactor
Heating
Electric Heating
Automatic Grade
Automatic
Motor Power
5.5 - 75kw
HS Code
8479820090
Package
Export Wood Box
Product Overview
PVAC Emulsion Polyol Stainless Steel Sheath Half-Tube Electromagnetic Heating Reactor

Main technologies and products include the design, manufacture, and installation of chemical equipment for resins, adhesives, coatings, and hot melt adhesives. This equipment is essential for MS glue, silicone, structural glue, and electronic potting glue production.

PVAC Reactor

The reactor is a comprehensive reaction vessel designed based on specific reaction conditions. From feeding to discharging, pre-set steps are completed with high automation. Critical parameters such as temperature, pressure, and mechanical control (stirring, blasting) are strictly regulated. The structure comprises a kettle body, transmission device, stirring device, heating/cooling systems, and sealing mechanisms.

Stainless Steel Reactor

Reactors are constructed from carbon manganese steel, stainless steel (SUS304, SUS316L), zirconium, or nickel-based alloys. Agitators are available in anchor, frame, paddle, turbine, and scraper types. Heating methods include steam, electric, and heat transfer oil, catering to acid resistance, high temperature, and corrosion resistance requirements.

Technical Classification

Heating/Cooling: Electric, hot water, heat transfer oil circulation, far infrared, external/internal coil, and jacket cooling.

Material Types: Carbon steel, Stainless steel, Glass-lined (enamel), Steel-lined PE/PTFE.

Application Range: Suitable for hydrolysis, neutralization, crystallization, distillation, evaporation, hydrogenation, and polymerization in petroleum, chemical, medicine, and scientific research industries.

Reactor Details
Nominal Vol (L) Effective Vol (L) Electric Power (KW) Inner Pot (φmm) Outer Pot (φmm) Motor (KW) Speed (n/min)
50623*24006001.560-80
1001306*25007001.560-80
2002476*26008002.260-80
5005899*39001100460-80
100012159*4120014005.560-80
2000224412*4130015007.560-80
5000517018*5180020001560-80
Manufacturing & Quality Display
Process 1 Process 2 Process 3
Process 4 Process 5 Process 6
Finished Product
Frequently Asked Questions
What are the common types of reactors and their suitable reactions?
Common types include Enamel reactors for corrosive materials, Stainless Steel reactors for hygiene-sensitive industries like food and pharmaceuticals, and Carbon Steel reactors for high-temperature but low-corrosion processes.
How to choose the right reactor material?
Selection depends on temperature, pressure, and material corrosivity. Stainless steel is versatile for high temps, while enamel or Hastelloy is preferred for highly corrosive acids and alkalis.
What types of stirring devices are available?
Options include Paddle agitators for low-viscosity, Anchor agitators for high-viscosity, Turbine agitators for rapid dispersion, and Propeller agitators for large flow circulation.
What causes temperature control issues?
Failures usually stem from damaged sensors, heating/cooling device malfunctions, or sudden changes in reaction heat. Calibration and timely component replacement are essential solutions.
What does daily maintenance include?
Maintenance involves shell inspection for cracks, stirring device lubrication, temperature sensor calibration, safety valve testing, and thorough cleaning after each reaction batch.
What safety devices are installed on reactors?
Key safety features include safety valves, bursting discs, pressure gauges, thermometers, and emergency shut-off valves to prevent overpressure and accidents.

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