Laboratory Glass Reactor

Single Layer Glass Reactor : Labtron Single Layer Glass Reactor operates across a wide temperature range, supporting controlled heating and cooling for evaporation and reaction tasks. They include a vacuum pressure gauge that allows users to monitor internal pressure in real time. Their stepless speed control enables smooth and adjustable stirring across a range of viscosities. These reactors operate with minimal noise, making them suitable for quiet lab environments. Our Single Layer Glass Reactor supports applications in pharmaceuticals, chemical research, metallurgy, aerospace, and academic laboratories.
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Borosilicate Glass Reactor : Labtron Borosilicate Glass Reactor features a robust double-layer design, optimized for efficient heat exchange. Their advanced structure supports uniform mixing, even for complex processes. They are constructed from high-quality borosilicate glass, offering durability and superior resistance to chemical corrosion. The system includes a vacuum mechanism for precise pressure control, ideal for processes that require negative pressure. These reactors provide excellent chemical resistance, making them perfect for challenging environments. Our Glass Reactor is widely used in chemical engineering, drug formulation, food processing, environmental research, and pilot-scale synthesis.
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Jacketed Glass Reactor : Jacketed Glass Reactor supports controlled mixing with adjustable stirring speed, ensuring consistent reaction dynamics in varied experiments. They maintain thermal stability using a jacketed layer for fluid circulation without exposing the medium. Their borosilicate glass build withstands thermal stress and chemical exposure over time. These systems include a display panel for monitoring key parameters during operation. Our glass reactor is suited for synthesis, distillation, extraction, crystallization, and pharmaceutical development.
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Glass Liquid Separator : Glass Liquid Separator features high borosilicate glass construction for strong resistance to temperature shifts and chemical reactions. They use a frequency-controlled motor for steady stirring, enhancing liquid-liquid separation and mixing. Their Teflon and rubber discharge valve ensures controlled outflow and chemical compatibility. These separators include ceramic bearings and mechanical seals that perform reliably under high-temperature use. Our Glass Liquid Separator supports liquid-liquid extraction in chemical research, pharmaceuticals, and academic labs.
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