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- 30L glass reactor with PH meter
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- 30L glass reactor with PH meter
Brief Description
The Glass Reactor with Integrated pH Monitoring System is designed for chemical synthesis, crystallization, extraction, neutralization, and process development applications. Equipped with a high-precision pH electrode, the reactor enables real-time monitoring of solution acidity and alkalinity throughout the reaction process, helping researchers optimize reaction conditions and improve product quality.
The reactor vessel is made of high-quality borosilicate glass, providing excellent chemical resistance and visibility. Combined with a jacketed design for precise temperature control, the system allows simultaneous monitoring of temperature, stirring speed, and pH values, making it ideal for laboratory research, pilot-scale studies, and process scale-up.
Features:1. pH value displayed online
Real-time pH monitoring during reactions,High-precision pH electrode with digital display
2.Sealing Device
Mixing port with PTFE sealing+ stainless steel variable frequency mixing system; corrosion-resistant, wear-resistant, high-strength, and highly sealing.
3.Speed Controller
Real-time control, digital display speed controller for more intuitive settings and clearer data.
4. Motor
Dedicated configuration, using a professionally customized motor; powerful performance; copper inner core for enhanced safety.
6. Discharge Valve
Top-mounted inclined discharge valve; no liquid accumulation or leakage.
High Borosilicate 3.3mm Thickened Glass
Durable, easy to clean, and resistant to high temperatures up to 560°C and low temperatures down to -120°C.
7. Solid Feeding Port
Multi-functional large opening; hand can easily reach in for convenient feeding and cleaning. PTFE top cover; corrosion-resistant and with excellent sealing.
8. Quiet Casters
Lightweight and effortless casters; 360° free rotation for easy movement; one-button locking for greater stability during operation.
Specifications
| Model | GR-30L | |
| Kettle volume | 30L | |
| Jacket volume | ~ 11L | |
| Power supply | 220V/50HZ (Customizable) | |
| Stirring power | 120W1/3 | |
| Stirring speed | 0-600rpm/min | |
| Kettle withstand temp.range | -80℃~+250℃ | |
| Temperature measurement accuracy | ±1℃ | |
| Vacuum degree | 0.098Mpa | |
| Cover with 6 opening ports Φ265mm |
Stirring opening | Φ50mm, Flange port |
| Condenser opening | 50#, ball milling port | |
| Constant pressure funnel opening | 40#, standard port | |
| Pressure relief opening | 34#,standard port | |
| Temp.measuring opening | Φ45mm , Flange port | |
| Solid feeding opening | Φ80mm flange port, Φ60mm inner diameter, with matching PTFE cap | |
| Stirring paddle | Φ17×1000H(mm) leafing 190mm | |
| Condenser | Φ100mm×700H(mm) lower Φ60mm flange port, | |
| Condensation area | 0.4 ㎡ | |
| Return bend | Upper Φ60 flange port, left 50# ball milling port | |
| Constant pressure funnel | 2L upper 29# Standard port with glass stopper, lower 40# standard stopper | |
| Pressure relief valve | 34# standard stopper vavle, vent nozzle (pagoda connector),Outer diameter,12mm | |
| Interlayer inlet/outlet circulation port | Φ45mm Flange fittings, 4-point male thread adapter | |
| Discharge port | Φ75mm flange, Φ33mm discharge hole, angled outlet (pagoda connector) Φ34mm, 350mm from ground |
|
| Vacuum extraction nozzle | Pagoda connector outer diameter 12mm | |
| Condenser coil inlet/outlet circulation nozzles | Pagoda connector outer diameter 12mm | |
| Overall dimensions. | 870×560×2270mm (Width*deepth*height) | |
| Net weight | 67kg | |
Application Fields
This glass reactor is widely used in pharmaceutical, chemical, biotechnology, battery recycling, University research, hydrometallurgy, new materials and new energy etc.
Our factory&Delivery
KAIMINA TECH is a comprehensive industrial equipment manufacturer integrating R&D, production, sales as one. It mainly focused on process equipment for separation, extraction, reaction, drying, and purification etc. Its products are widely used in fine chemicals (pharmaceuticals, pesticides, chemical intermediates, APIs), plant extraction, petrochemicals, hydrometallurgy, energy storage batteries, phosphate chemicals, fermentation, oil-water separation, and environmental protection.
The company possesses mature production processes, a comprehensive quality control system, and rich project experience, focusing on providing global customers with high-performance, highly stable complete sets of process equipment and customized solutions.
FAQS:1. What is a glass reactor with pH monitoring system?
A glass reactor with a pH monitoring system is a laboratory or pilot-scale reactor equipped with a pH probe that continuously measures the acidity or alkalinity of the reaction solution during the process. It helps researchers optimize reaction conditions and improve process control.
2. Why is pH monitoring important during chemical reactions?
Many reactions, such as neutralization, precipitation, crystallization, extraction, and biological processes, are highly sensitive to pH changes. Real-time pH monitoring ensures consistent product quality and reproducible results.
3. What pH range can the system measure?
The standard pH electrode measures from pH 0 to pH 14, covering most laboratory and industrial applications.
4. What reactor sizes are available?
Glass reactors with pH monitoring are available in capacities ranging from 1L to 200L or larger, depending on project requirements.
5. Can the pH probe be installed and removed easily?
Yes. The pH electrode is mounted through a dedicated reactor port and can be easily removed for calibration, cleaning, or replacement.
6. Is the pH electrode resistant to chemicals?
Standard pH probes are suitable for most aqueous solutions. Special corrosion-resistant electrodes can be provided for acidic, alkaline, or solvent-containing systems.
7. Can the reactor control pH automatically?
Yes. An optional automatic pH control system can be integrated with dosing pumps to add acid or alkali automatically and maintain the target pH value.
8. What temperature range can the reactor operate at?
The jacketed glass reactor typically operates from -80°C to 200°C when connected to suitable heating and cooling systems.
9. Can the reactor monitor both pH and temperature?
Yes. The reactor can be equipped with both pH and temperature sensors for simultaneous process monitoring.
10. What applications is this reactor suitable for?
It is widely used in:
Chemical synthesis
Pharmaceutical research
Crystallization studies
Battery recycling research
Hydrometallurgy
Biotechnology laboratories
University research projects
11. Can you customize the reactor configuration?
Yes. We can customize vessel volume, stirring type, pH control system, temperature control, feeding ports, condenser configuration, and automation level according to customer requirements.
12. Do you provide installation and technical support?
Yes. Operation manuals, installation guidance, video support, and after-sales technical assistance are available.
13. How accurate is the pH measurement?
The pH monitoring system typically provides an accuracy of ±0.01–0.02 pH, depending on the selected electrode and calibration conditions.
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KAIMINA TECHNOLOGY Integrated of manufacturing R&D and sales of equipments on synthesis reaction, mixing and separation, evaporation and fermentation etc. Our products are mainly used in chemical industry, pharmaceutical, hydrometallurgy, food, new materials, new energy, environmental protection and other fields.
The company adheres to the principle of "customer first, service first, product first", with professional processing equipment, scientific and reasonable production technology, excellence in manufacturing requirements, strict quality control system and perfect after-sales service, and the purpose of win-win cooperation. Provide professional and high-quality products and services to every customer.
Our company currently has two specialized production and processing bases, and has carried out in-depth cooperation with Tsinghua University, Zhejiang University, Central South University, Sichuan University, Chongqing University, Tianjin University, Chinese Academy of Sciences and many other universities, continuously improving our capabilities of R&D and equipment application .
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