Robust and High-Capacity

The F Type glass-lined reactor features a one-piece integrated design, where the cover and body are permanently sealed as a single unit. To ensure convenient access for maintenance and part replacement, a manhole is strategically positioned on the reactor head—allowing operators to enter the vessel safely and efficiently.

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Engineered for Large-Scale Production

Designed for high-capacity industrial processes, the F Type reactor is ideal for large-scale chemical manufacturing. It combines performance and durability, making it a reliable choice in demanding production environments.

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Advanced Materials & Enamelling Process

Manufactured with premium patented TJ09, TJ16, and TJ21S enamels, and using a highly skilled enamelling process, the F Type reactor offers:

• Outstanding corrosion resistance

• Excellent impact durability

• Superior resistance to thermal shock

• Minimal risk of fracture and long service life

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Custom Design & Full Specifications

Equipodia offers custom design services to meet your specific requirements for non-standard configurations.

Standard model capacities include:

F1500L, F2000L, F3000L, F4000L, F5000L, F6300L, F8000L, F10000L, F12500L, F16000L, F20000L, F30000L, F40000L, F45000L, F50000L, F60000L, F70000L, F90000L, and more.

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Need a Customised Reactor Solution?

Get in touch with our team to discuss tailored configurations that align with your production needs.

F Type Glass-Lined Batch Reactors

F1500L - F6300L Specifications

F8000L - F20000L Specifications

F30000L - F90000L Specifications

Notes

1. Calculated Capacity
   The listed volume refers to the space below the high neck flange, excluding the volume occupied by the flange itself.

2. Support Options
   Customers may specify their preferred support type when placing an order.
   If no preference is given, the reactor will be supplied with standard exterior lugs.

3. b1 and b3 Dimensions
   The values for b1 and b3 depend on the type of heating/cooling system: For full jackets, refer to the values before the slash (/). For half-pipe systems, use the values after the slash (/).

4. Drive Device Parameters

   For Reference Only: The listed drive parameters are for general guidance.

   Final Selection: The actual rack reducer will be chosen based on the specific requirements of your application.

Notes

1. Calculated Capacity

   The calculated volume refers to the space below the high neck flange. It does not include the volume occupied by the flange itself.

2. Support Options

   Customers may specify their preferred support type when placing an order. If no preference is indicated, the default support will be lugs welded to the exterior of the vessel.

3. k1 and k3 Dimensions

   The values of k1 and k3 depend on the heating/cooling system configuration: For full jackets, use the values listed before the slash (/). For half-pipe jackets, use the values after the slash (/)

4. Drive Device Parameters

   Reference Only: Provided drive specifications are for general reference.

   Final Selection: The appropriate rack reducer type will be selected based on the specific needs of your application.

Notes

1. Calculated Capacity
   The listed volume refers to the space below the high neck flange, excluding the volume occupied by the flange itself.

2. Support Options
   Customers may specify their preferred support type when placing an order.
   If no preference is given, the reactor will be supplied with standard exterior lugs.

3. Drive Device Parameters

   For Reference Only: The listed drive parameters are for general guidance. Final Selection: The actual rack reducer will be chosen based on the specific requirements of your application.