ACHILLES Fully Jacketed Round Bottom 3-Neck Reactor with Bottom Drain Valve – 500 ML
Designed for advanced chemical synthesis and precision temperature-controlled processing, the ACHILLES 500 ML Fully Jacketed Round Bottom 3-Neck Reactor with Bottom Drain Valve is manufactured from premium laboratory-grade borosilicate glass, providing exceptional chemical resistance, thermal durability, and outstanding optical clarity. The fully jacketed spherical vessel allows heating or cooling fluids to circulate around the entire reaction chamber, ensuring uniform temperature distribution and precise thermal control for demanding laboratory applications.
Featuring three standard ground glass joints, the reactor accommodates condensers, mechanical stirrers, thermometers, addition funnels, inert gas adapters, and other laboratory accessories simultaneously, offering maximum flexibility for complex reaction systems. The integrated chemical-resistant PTFE bottom drain valve enables safe, precise, and complete discharge of reaction mixtures without dismantling the apparatus, improving efficiency while minimizing product loss and simplifying cleaning between batches.
Ideal for chemical synthesis, reflux, distillation, crystallization, extraction, polymerization, and pilot-scale process development, the ACHILLES Fully Jacketed Round Bottom 3-Neck Reactor with Bottom Drain Valve delivers exceptional performance for chemical, pharmaceutical, biotechnology, environmental, food, and research laboratories.
Features:
Premium laboratory-grade borosilicate glass
500 ML capacity
Fully jacketed spherical vessel for precise heating or cooling circulation
Three standard ground glass joints for versatile apparatus configuration
Integrated chemical-resistant PTFE bottom drain valve for controlled product discharge
Round-bottom design for superior mixing and uniform heat distribution
Excellent chemical and thermal resistance
Crystal-clear glass for easy reaction monitoring
Heavy-duty construction for long service life
Ideal for chemical synthesis, reflux, distillation, crystallization, extraction, process development, and general laboratory applications