| Specification | Details |
|---|---|
| Product Name | Synthesis Reactors EQ-28 |
| Category | Laboratory Equipment |
| Product Type | Laboratory Glass Synthesis Reactor |
| Display | Digital Process Controller |
| Measurement Parameters | Temperature, Stirring Speed, Reaction Parameters |
| Temperature Range | Suitable for controlled laboratory synthesis applications |
| Accuracy | High precision process monitoring and control |
| Power Supply | Standard AC Power Supply |
| Construction | Borosilicate glass reactor vessel with corrosion-resistant stainless steel support frame |
| Application | Chemical synthesis, crystallization, polymerization, extraction, mixing, and laboratory research |
All, Equipments
Synthesis Reactors
The Synthesis Reactors EQ-28 is a high-performance laboratory reaction system designed for controlled chemical synthesis, mixing, heating, and process development applications. It provides precise control of reaction parameters, enabling safe and reproducible experiments in chemical, pharmaceutical, biotechnology, and research laboratories. Featuring a durable borosilicate glass reactor vessel, integrated stirring mechanism, and multiple process ports, the reactor supports a wide range of laboratory-scale reactions. Its modular design, reliable construction, and user-friendly operation make it an ideal solution for synthesis, crystallization, extraction, polymerization, and pilot-scale research applications.
- Precision control for laboratory-scale chemical synthesis and reactions.
- Borosilicate glass vessel offers excellent chemical and thermal resistance.
- Integrated mechanical stirring ensures uniform mixing throughout the reaction.
- Multiple process ports support reagent addition, sampling, and sensor integration.
- Digital controller enables accurate monitoring of reaction parameters.
- Robust stainless steel support frame provides excellent stability.
- Modular design accommodates a variety of laboratory applications.
- Suitable for continuous research and pilot-scale process development.
- Ideal for pharmaceutical, chemical, biotechnology, academic, and research laboratories.
- Suitable for synthesis, crystallization, extraction, catalyst studies, and reaction optimization.
- Clean the glass vessel and reactor components thoroughly after each experiment.
- Store the reactor in a clean, dry laboratory environment when not in use.
- Regular inspection of seals, joints, and stirring components helps maintain reliable performance.
- Compatible with laboratory heating systems, chillers, vacuum systems, and analytical accessories.
- Designed for dependable long-term operation with minimal maintenance requirements.
