quality Lab Glass Reactor & Chemical Glass Reactor factory

What is the purpose of a chemical reactor?   A chemical reactor is defined as a piece of equipment where feedstock is converted into the desired product, taking into account factors such as economic costs, yield, purity, and pollution. It operates under specific conditions and can be designed for batch or continuous processes to optimize output.       Key purposes of a chemical reactor include: Facilitating Chemical Reactions: Providing the ideal conditions (temperature, pressure, catalyst presence) for reactants to transform into products. Controlling Reaction Parameters: Ensuring consistent control over reaction rates, heat transfer, and mixing to optimize yield and selectivity. Safety: Containing potentially hazardous reactions safely to prevent accidents or uncontrolled releases. Scalability: Enabling chemical processes to be scaled from laboratory research to industrial production. Improving Efficiency: Enhancing reaction speed and product quality while minimizing energy consumption and waste.

Main Features Fully Customizable (volume, ports, motor specs, explosion-proof) Optional Multi-layer Stirring Blades for optimal mixing Wide Temperature Range: –110°F to 400°F (–78°C to 200°C) Large Surface Condenser for excellent cooling and condensation Durable PTFE Stirrer with Stainless Steel Support — suitable for viscous materials Digital Displays for real-time monitoring of speed and temperature  Global Reach and Service Founded in 2006, Nantong Sanjing Chemglass has built a reputation as a leading manufacturer and supplier of high-performance chemical glass instruments. With a global distribution network spanning the USA, Mexico, India, Turkey, Germany, and Norway, we proudly support over 10 international agents and clients around the world. We ensure total customer satisfaction through: ISO-standard manufacturing Responsive technical support Custom engineering services Flexible packaging and global shipping options (DHL, UPS, TNT, EMS)  After-sales Support & Warranty If you encounter any issue with your equipment, simply send us photos or a video—we'll help you troubleshoot quickly. During the warranty period, replacement parts are provided free of charge. Small parts can be shipped via express delivery.  OEM & Customization Available From port size to condenser types, from explosion-proof motors to custom labeling, we can deliver glass reactors tailored precisely to your lab or production needs.

Nantong Sanjing Chemglass Co., Ltd., a trusted name in laboratory and chemical processing equipment, proudly offers a full range of glass reactors with volumes from 250mL to 250L. These reactors are widely used in pharmaceutical, chemical, petrochemical, and academic research sectors around the world. Whether you need a compact benchtop unit or a robust floor-standing system, our single-layer glass reactors are customizable, efficient, and built for high-performance chemical reactions under controlled temperature and vacuum conditions.  Product Overview: Glass Reactors from 250mL to 250L A glass reactor is a process vessel made of high-quality borosilicate glass, used for chemical synthesis, crystallization, distillation, and more. Our product line includes various models from 3L to 200L, available in desktop or floor-stand types, with electrical or air-driven motors, and with or without filter bases. Our team can quickly modify any glass reactor system in-house to suit your specific requirements—whether it’s port customization, motor power adjustment, explosion-proof upgrades, or adding additional glassware.  

Why Choose Glass Reactors? Chemical Compatibility: Resistant to strong acids, alkalis, and organic solvents. Thermal Resistance: Can withstand a wide temperature range, enabling both heating and cooling during reactions. Visibility: Transparent walls provide visual monitoring of reaction progress. Modularity: Often equipped with interchangeable parts such as condensers, stirrers, and temperature probes for versatile use. Industries Benefiting from Glass Reactors Pharmaceutical Industry: For drug discovery, synthesis, and pilot-scale production. Chemical Manufacturing: Production of fine chemicals, specialty chemicals, and intermediates. Petrochemical Sector: Processing of complex hydrocarbons and chemical intermediates. Academic and Research Institutions: Fundamental research and development of new chemical processes. In summary, glass reactors play a pivotal role in modern industrial and scientific processes, combining chemical durability with operational flexibility. Their widespread adoption continues to support innovation and efficiency in many fields.

What is a glass reactor used for?     A glass reactor is a specialized vessel made predominantly of high-quality borosilicate glass designed to facilitate chemical reactions under controlled conditions. Unlike metal reactors, glass reactors offer excellent visibility, allowing operators to observe the reaction process in real-time, which is critical for research and precise process control. The unique chemical resistance, thermal stability, and transparency of glass reactors make them ideal for handling corrosive chemicals and sensitive compounds, which are often encountered in pharmaceutical and chemical manufacturing.   Key Applications of Glass Reactors Glass reactors find extensive applications in: Chemical Synthesis: Facilitating complex chemical reactions for creating new molecules and compounds. Reaction Kinetics Studies: Allowing precise monitoring of reaction rates and mechanisms. Crystallization: Used for controlled crystallization processes critical for product purity and quality. Multi-step Reactions: Enabling sequential reactions within the same vessel, improving efficiency and reducing contamination risks. These reactors are particularly valued in academic research for experimental flexibility and in pharmaceutical production for their ability to maintain product integrity.