5 L Jacketed 316L Stainless Steel Reactor

About this item

• 316L Stainless Steel Wetted Parts: reactor chamber, lid, and all product-contact components are manufactured from corrosion-resistant 316L stainless steel, providing excellent chemical compatibility and long-term durability. The electropolished internal surface helps reduce residue adhesion, simplifies cleaning, and supports demanding laboratory synthesis and process-development applications.
• Single or Dual Jacket Configuration: available with either a single- or dual-jacket design to accommodate different thermal-control requirements. The single jacket is ideal for standard heating and cooling, while the dual-jacket configuration offers enhanced temperature stability for more demanding reactions and extended process development.
• Shell-and-Tube Condenser System: an integrated shell-and-tube condenser provides efficient vapor condensation and solvent recovery with an optimized heat-transfer surface. The design helps minimize solvent loss during reflux, distillation, extraction, and other temperature-controlled laboratory processes.
• Variable-Speed Mechanical Stirring: a top-mounted mechanical stirring system delivers adjustable mixing speed and stable torque for low- to medium-viscosity materials. Uniform agitation improves heat transfer, mass transfer, and reaction consistency during laboratory synthesis and batch process development.
• Modular Tri-Clamp Configuration: multiple Tri-Clamp process ports, a detachable condenser assembly, configurable collection vessels, and a heavy-duty stainless steel frame with locking casters provide flexible system integration, convenient maintenance, and reliable operation for laboratory and process-development environments.
• Why Choose a 5 L Stainless Steel Reactor: a 5 L stainless steel reactor offers an ideal balance between benchtop laboratory research and larger-scale process development. Compared with smaller laboratory reactors, the increased working volume allows researchers to evaluate reaction reproducibility, optimize operating parameters, and generate more representative scale-up data while maintaining precise temperature control and efficient mechanical mixing. It is well suited for laboratory synthesis, crystallization, extraction, formulation development, catalyst evaluation, and other controlled batch-processing applications.
• Typical Applications: laboratory chemical synthesis; process development; crystallization; extraction; reflux reactions; distillation; formulation development; catalyst evaluation; small-batch chemical processing