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Used reactors – industrial process vessels for sale

Buy used, surplus & second-hand reactors from IPP – ready to ship

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For essential chemical reactions, mixing, and heat transfer in manufacturing processes, industrial reactors are critical equipment across industries. With over 47 years of process equipment expertise, IPP offers one of the world’s largest selections of used reactors, sourced from 20 complete plant sites and included within our inventory of over 15,000 ready-to-ship pieces of equipment. By choosing used reactors from IPP, companies gain immediate access to high-quality vessels while reducing capital investment and lead times.

Reactors are specialized vessels where raw materials undergo chemical or biochemical reactions under controlled conditions. Available in numerous designs—jacketed, agitated, pressure-rated, or lined—reactors are tailored to meet process demands such as mixing, temperature control, pressure regulation, and corrosion resistance.

Primary uses across industries

Types of materials processed

Common materials of construction

Reactor construction is selected to withstand process conditions, such as pressure, temperature, and chemical exposure:

Key features of industrial reactors

Learn more about reactor design and operation in this Chemical Engineering guide.

Find your reactor at IPP

Search the IMS inventory or contact IPP’s equipment specialists to secure a high-quality reactor for your process. With ready-to-ship inventory, IPP helps companies reduce lead times, manage project costs, and maintain process flexibility.

Read more: The market for second-hand process plant and equipment is thriving

Featured Tubular Reactors

Stainless Steel 304 Tubular Reactor

Stainless Steel 304 Tubular Reactor

Type: Reactor

Subtype: Tubular

Model: Tubular loop reactor

Condition: Used

Material: Stainless Steel 304

Tube Length: 243,840 mm (9,600 in)

Tube Temperature: 204.4 °C (400 °F)

Function: Amination final reactor Pipe Schedule: 80 Shape: Serpentine form Pressure Rating: 1,234 psi Installation: Overhead rack with protective "dog house" Insulation: Fully insulated Shipping Weight: 24,400lbs

Stainless Steel 304 Tubular Reactor

Stainless Steel 304 Tubular Reactor

Type: Reactor

Subtype: Tubular

Manufacturer: Fox Fabricators

Model: Tubular loop reactor

Condition: Used

Material: Stainless Steel 304

Tube Length: 182,880 mm (7,200 in)

Tube Pressure: 85.1 bar (1,234 psi)

Amination final reactor Pipe specifications: 8 inch seamless schedule 80 pipe fabricated in serpentine form Pressure rating: 1,234 psi Installed in an overhead rack with protective "dog house" Insulation: Fully insulated

Tube Temperature: 204.4 °C (400 °F).

Stainless Steel 316 Tubular Reactor

Stainless Steel 316 Tubular Reactor

Type: Reactor

Subtype: Tubular

Manufacturer: Snowtech Hydro Cracker & Fisher Tropsch

Condition: Used

Material: Stainless Steel 316

Tube Length: 15.7 mm (0.62 in)

Tube Temperature: 500 °C (932 °F)

Pilot plant, including an Agilent Tech Model 7890A-GC. Designed to operate at up to 725 psig and 572 degrees F in the auxiliary process vessels and 932 degrees F in the reactor tubing. The current set up includes one 5/8" tube reactor about 3' high and holds around 70 cc of catalyst. The second reactor system has a 1" tube reactor designed to hold about 387 cc of catalyst. The skid mounted system is equipped with two independent pilot reaction systems and common utilities. The systems are designed with the capability to create three reactor inlet gas streams by Brooks Mass flow controllers. It also has the capability to flow hydrogen and an inert by the mass flowmeters where it can be mixed in with the liquid feed. Each system also has four Knock out pots located down stream of the reactor. Includes all controls.

Reactor FAQ
Have questions about Reactors or our services? Learn more about our products and why customers choose IPP.
Chemical, pharmaceutical, food, petrochemical, and bioprocessing industries depend heavily on reactors for core manufacturing processes.
Jacketed reactors provide temperature control, while pressure reactors are built to handle elevated pressure conditions during reactions. Many reactors combine both features.
Regular inspection of seals, agitators, and heat transfer surfaces—along with pressure testing and thorough cleaning—ensures reliable performance and process safety.