Jacketed process reactors are essential, high-performance systems engineered specifically for complex chemical synthesis, blending, and reaction operations. Designed to seamlessly handle both batch and continuous production cycles, these versatile vessels excel at executing precise thermal management—encompassing rapid heating and cooling—while maintaining strict control over internal operating temperatures and pressures.

At the core of their robust architecture are precision-engineered agitation systems that ensure optimal fluid dynamics and mixing efficiency across a wide range of viscosities. Encased in specialized structural jackets and outfitted with strategic instrumentation nozzles, these reactors are built to endure demanding industrial environments. They effortlessly withstand high operating pressures and highly corrosive chemical media without compromising structural integrity or batch purity.

Strictly adhering to rigorous quality and safety standards, these advanced reactors provide a reliable, secure, and highly efficient environment for both laboratory scale-up and full-scale commercial manufacturing.

Features

Jacketed design for heating/cooling with steam, hot water or thermic fluid
Anchor, turbine, propeller or paddle-type agitators
Available with limpet coil or dimple jacket
Baffles and internals designed for process-specific mixing
Mechanical seal or gland packing options
Nozzles for instrumentation, charging and discharge

Technical Specifications

Capacity 50 – 20,000 Liters
MOC SS304 / SS316 / SS316L / Hastelloy (on request)
Design Pressure Full Vacuum to 10 kg/cm²
Design Temperature Up to 300°C
Jacket Type Conventional / Limpet Coil / Dimple
Agitator Type Anchor / Turbine / Propeller / Paddle

Applications

  1. Chemical synthesis and reaction processes
  2. API and bulk drug manufacturing
  3. Polymerization reactions
  4. Blending and homogenization
  5. Crystallization processes

Industries

Pharmaceutical Industry

Specialty Chemicals

Chemical Industry

Process Industries

Advantages
  • Precise temperature and reaction control
  • Robust build for corrosive and high-pressure processes
  • Custom agitation design for process efficiency
  • Long operational life with minimal maintenance