Stainless Steel Electromagnetic Heating Reactor for Water-Based Glue Production

1. Enamel reactor: Suitable for corrosive materials like acid-base catalytic reactions. 2. Stainless steel reactor: Ideal for food, pharmaceuticals, and fine chemicals requiring high hygiene. 3. Carbon steel reactor: Cost-effective for non-corrosive, high-temperature polymerization reactions. 4. Glass-lined reactor: Used for fine chemical reactions requiring precise control and stability.

1. Temperature: Use stainless steel for high temperatures; enamel is limited. 2. Pressure: Carbon steel and stainless steel handle high pressure well. 3. Corrosivity: Use enameled, glass-lined, or special alloys for highly corrosive materials like concentrated acids; stainless steel for weaker corrosiveness; carbon steel for non-corrosive materials.

1. Paddle agitator: For low-viscosity liquids. 2. Anchor agitator: For high-viscosity materials to prevent wall accumulation. 3. Turbine agitator: For rapid mixing and suspension of solids. 4. Propeller agitator: For large flow circulation. Selection depends on viscosity and reaction complexity.

Reasons: Faulty temperature sensors, heating/cooling device failures, or sudden reaction heat changes. Solutions: Replace sensors, repair devices, adjust addition speed/concentration, and strengthen cooling measures like increasing water volume or lowering temperature.

1. Appearance inspection for cracks or loose bolts. 2. Stirring device maintenance for worn blades and lubrication. 3. Temperature control system calibration and cleaning. 4. Pressure system checks for gauges and safety valves. 5. Cleaning to remove residual materials after each reaction.