Chemical Reactor Vessel

Material Options & Operating Temperature Ranges :

Chemical reactor vessels are fabricated using materials selected based on reaction chemistry, operating temperature, pressure conditions, and vessel size.

• PP (Polypropylene Copolymer) : Used for general chemical reactions involving mildly corrosive media. Suitable for ambient to moderate temperatures up to 80–90°C.

• PPH (Polypropylene Homopolymer) : Offers higher rigidity and improved chemical resistance. Commonly used for chemical reactors operating up to 90–100°C.

• PVDF (Polyvinylidene Fluoride) : Preferred for highly corrosive and aggressive reaction media. Provides excellent chemical resistance with reliable performance up to 120–150°C, depending on design.

• HDPE (High-Density Polyethylene) : Used for low-pressure and non-aggressive reaction environments. Suitable for ambient temperature operation up to 60–70°C.

• PVC (Polyvinyl Chloride) : Applied in low-temperature chemical reaction systems. Performs reliably up to 60°C.

• FRP (Fiber Reinforced Plastic) : Provides structural strength and corrosion resistance. Suitable for ambient to moderate temperatures, depending on resin system.

• PP–FRP Lined Construction : Combines polypropylene’s chemical resistance with FRP’s structural support. Used for medium to large reactor vessels handling corrosive chemicals at moderate temperatures.

• HDPE–FRP Lined Construction : Offers abrasion resistance and added stiffness. Suitable for ambient temperature reactor applications.

• MS–FRP Lined Construction : Used where high mechanical strength is required. Mild steel provides structural rigidity, while FRP lining protects against corrosion in ambient service conditions.

What Makes Our Chemical Reactor Vessels Different :

• Fabricated from corrosion-resistant thermoplastic and composite materials.

• Designed for controlled chemical reactions and mixing.

• Smooth internal surfaces to prevent material buildup.

• Leak-free welded construction.

• Custom configurations based on process requirements.

Key Advantages :

• Excellent resistance to chemical corrosion.

• Reduced risk of contamination.

• Long service life in aggressive environments.

• Lower maintenance compared to metal reactors.

• Flexible design options for different processes.

Applications & Industries :

• Chemical Processing Plants : Batch and continuous reaction systems.

• Pharmaceutical & Specialty Chemicals : Controlled reaction vessels.

• Agrochemical & Dye Industries : Reaction and mixing processes.

• Water Treatment & Process Industries : Chemical reaction and dosing vessels.