Unveiling the Versatility of Equilrxnlab’s Heating Reactor for Controlled Chemical Processing
The evolution of laboratory equipment has ushered in a new era of precision and safety in chemical synthesis. Among the most vital tools in modern laboratories is the Heating Reactor, a device engineered to facilitate temperature-dependent reactions with high accuracy. At the intersection of industrial utility and laboratory finesse stands the 200L Heating Reactor by Equilrxnlab, which exemplifies superior engineering for large-scale and pilot-plant operations.
As chemical laboratories scale up their experimental outputs, systems like this Heating Reactor enable the transition from small-batch formulations to process development and industrial simulations, with reliability and reproducibility at the core.
Structural Composition and Volume Efficiency
The Heating Reactor by Equilrxnlab is constructed to accommodate high-volume chemical processes without compromising on transparency or durability. The vessel offers a material capacity of 200 liters and a jacket capacity of 60 liters, allowing for a broad range of reactions requiring external heating or cooling circulation.
Crafted from borosilicate glass, the inner structure maintains thermal stability and chemical resistance, even under aggressive conditions. The large cover diameter of 800 mm, paired with an inner cylinder diameter of 700 mm, facilitates easy reagent loading, component inspection, and internal modifications through six customizable ports.
This design supports multiple applications—from polymer synthesis to crystallization and bio-reactions—requiring both heat and agitation in a sealed system. To learn more about the diverse range of configurations, access the full product catalog from Equilrxnlab.
Temperature Dynamics and Thermal Control
A core feature of any Heating Reactor is its ability to deliver consistent temperature control across a wide operational range. The Equilrxnlab reactor operates from -120°C to 300°C, making it suitable for cryogenic reactions as well as high-temperature decompositions.
Precision is ensured by the PT100 temperature probe, which delivers real-time feedback to the control system. The explosion-proof control box—available as an optional upgrade—enhances safety in volatile settings, particularly when working with flammable solvents or pressure-sensitive systems.
This system’s insulating jacket, also optional, reduces thermal losses and contributes to energy efficiency. These features combined render the reactor an asset for thermally sensitive procedures.
For technical consultation or specification details, visit the Equilrxnlab contact page.
Mechanical Agitation and Stirring Adaptability
Efficient mixing remains a cornerstone in reaction kinetics and product uniformity. The Equilrxnlab Heating Reactor integrates a stainless steel fluorine-coated stirrer, which provides excellent chemical resistance while withstanding high-speed operations up to 450 rpm. The universal joint connection allows the 25 mm stirring shaft to maintain optimal rotation even when subjected to increased viscosity or heterogeneous reaction mixtures.
The design’s modularity ensures compatibility with overhead motors, and the availability of an explosion-proof motor makes this reactor safe for use in hazardous environments. Whether dispersing solid particles or blending immiscible liquids, the stirring system guarantees homogeneity and efficiency.
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Reagent Management and Accessory Integration
Handling large volumes of chemicals requires a seamless integration of feeding and sampling mechanisms. The 5-liter constant pressure funnel featured in this Heating Reactor allows for precise, controlled reagent addition without interrupting ongoing reactions.
The reactor’s six ports can be customized to support condensers, pressure gauges, sampling valves, or inert gas purging systems. Such flexibility supports a range of reaction schemes, including multi-step synthesis and distillation.
The robust dimensions—vessel height of 1280 mm and an outer cylinder diameter of 800 mm—ensure stability and insulation while still maintaining operational visibility. This makes it especially suited for long-duration processes where visual assessment is essential.
Industrial and Research Applications
This high-capacity Heating Reactor is ideally suited for:
- High-temperature polymerization and polymer testing
- Solvent reflux and multi-solvent systems
- Heat-sensitive extractions and purifications
- Pilot-scale pharmaceutical synthesis
- Exothermic reactions with controlled feed dynamics
It supports GLP/GMP-compliant environments and allows labs to simulate production-level conditions before transitioning to full-scale manufacturing. Its broad temperature range, customizable ports, and explosion-proof options make it a universally applicable instrument for both academic institutions and process engineering teams.
The Heating Reactor from Equilrxnlab demonstrates the synergy of robust design, precise thermal management, and mechanical versatility. Its application in research and industry reflects a commitment to safety, performance, and adaptability, forming the backbone of scalable chemical experimentation.
