Industrial Glass Reactor for Large-Scale Chemical Processing
2026-04-23
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Industrial Glass Reactor for Large-Scale Chemical Processing
100L–200L Glass Reactor for Industrial Chemical and Pharmaceutical Production
Product Overview
This large-capacity glass reactor is designed for industrial-scale applications, offering high torque, stable operation, and reliable performance.
Industry Challenges
Scaling up production
Maintaining reaction consistency
Equipment durability
Solution
High-power motor up to 750W
मजबूत structure for stability
High vacuum sealing
Specifications
Model
Volume
Power
PGR-100
100L
250W
PGR-200
200L
750W
Applications
Industrial chemical production
Pharmaceutical manufacturing
Material synthesis
How It Works
The reactor ensures controlled reactions through temperature regulation and vacuum systems.
How to Choose
Large production → 100L+
High viscosity → higher torque
FAQ
Q1: What is the ideal application for small glass reactors?They are best for laboratory research, academic experiments, and small-batch production.
Q2: How much space does the reactor require?Compact models are designed for limited laboratory space with minimal footprint.
Q3: Is the reactor easy to install?Yes, it features a user-friendly design with simple assembly and setup.
Q4: Does it operate quietly?Yes, the motor is designed for low-noise operation, ideal for lab environments.
Q5: Can it handle vacuum reactions?Yes, it supports vacuum operations up to -0.098 MPa.
Q6: How is maintenance performed?Maintenance is simple due to detachable components and durable materials.
View More
Compact Glass Reactor for Precision Chemical Reactions
2026-04-23
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Laboratory Glass Reactor with Advanced Mixing Technology
Compact Glass Reactor for Precision Chemical Reactions
Product Overview
This compact reactor is ideal for laboratory environments requiring precise control over chemical reactions. It offers stable performance and easy operation.
Pain Points
Limited lab space
Difficult cleaning
Noise during operation
Solution
Compact footprint
Easy disassembly
Silent motor operation
Specifications
Volume: 3L–50L
Speed: 50–600 rpm
Voltage: 220V
Applications
Academic research
Chemical testing
Small batch production
Working Principle
Mechanical stirring combined with vacuum control ensures consistent results.
Selection Guide
Choose based on lab capacity and experiment type.
FAQ
Q1: What industries use vacuum glass reactors? They are widely used in pharmaceuticals, chemical engineering, biotechnology, and material science.
Q2: Does the reactor support continuous operation? Yes, it is designed for stable long-term operation with consistent performance.
Q3: Is explosion-proof configuration available? Yes, explosion-proof motors and electrical systems can be customized for hazardous environments.
Q4: What materials are in contact with the product? Only glass and PTFE parts contact the material, ensuring zero contamination.
Q5: Can the reactor be scaled from lab to pilot production? Yes, multiple volume options (3L–200L) allow smooth scaling.
Q6: How is temperature controlled? Through a jacketed system connected to external heating or cooling units.
View More
Customizable Glass Reactor System for Chemical Engineering
2026-04-23
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Customizable Glass Reactor System for Chemical Engineering
OEM Glass Reactor with PTFE Sealing and High Torque Mixing
Product Overview
Designed for global B2B markets, this customizable glass reactor system supports chemical processing with high safety and efficiency. It is suitable for industries requiring strict purity and corrosion resistance.
Industry Challenges
Equipment incompatibility with aggressive chemicals
Limited customization options
High maintenance downtime
Solution Advantages
Full customization (OEM/ODM)
Durable stainless steel frame
Noise-free operation
Long service life
Technical Data
Feature
Specification
Material
Borosilicate Glass
Frame
SUS + Aluminum
Speed Control
Frequency Conversion
Applications
Fine chemicals
New material development
Precious metal processing
Working Mechanism
The system integrates stirring, heating, and vacuum control into a single platform, enabling efficient reaction cycles.
Selection Tips
Consider viscosity and reaction type
Match torque with mixing requirements
FAQ
Q1: What is a glass reactor used for?A glass reactor is used for mixing, distillation, filtration, and chemical reactions under controlled temperature and vacuum conditions in pharmaceutical and chemical industries.
Q2: Can the reactor handle corrosive chemicals?Yes, the reactor is made of high borosilicate glass, which provides excellent resistance to acids, solvents, and aggressive chemicals.
Q3: What is the maximum vacuum level?The system can reach up to -0.098 MPa, ensuring stable vacuum reactions.
Q4: Is customization available for industrial applications?Yes, OEM and ODM customization is available, including motor type, reactor volume, and structural configuration.
Q5: What heating and cooling systems are compatible?It supports water/oil baths, chillers, and high-low temperature circulation systems.
Q6: How easy is it to clean the reactor?The modular structure and detachable cover make cleaning fast and efficient.
View More
High Vacuum Glass Reactor for Laboratory and Pilot Scale Applications
2026-04-23
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High Vacuum Glass Reactor for Laboratory and Pilot Scale Applications
Double-Jacket Glass Reactor with Precision Stirring and Vacuum Control
Product Overview
This high-performance glass reactor is engineered for laboratories and pilot plants requiring precise reaction control. With vacuum capability up to -0.098 MPa and adjustable stirring speeds, it ensures optimal reaction efficiency.
Key Industry Pain Points
Inconsistent reaction temperature
Poor vacuum stability
Residue buildup after discharge
Equipment scalability limitations
Optimized Design Solution
Double-jacket system for accurate thermal control
PTFE discharge valve for zero residue
High-torque motor ensuring consistent mixing
Modular design for scalability
Specifications
Volume Range
3L–200L
Speed Range
50–1400 rpm
Power Supply
220V
Vacuum
-0.098 MPa
Applications
Biopharmaceutical research
Catalyst development
Organic synthesis
Distillation processes
Working Principle
Heat transfer fluid circulates through the outer jacket while the internal vessel performs reactions under vacuum or atmospheric conditions. Stirring ensures uniform heat distribution.
How to Choose
Lab use: 3L–10L
Pilot scale: 30L–100L
Industrial testing: 100L–200L
FAQ
Q1: Is explosion-proof configuration available?Yes, optional explosion-proof motors are available.
Q2: What materials contact the product?Only glass and PTFE.
View More
L–200L Glass Reactor for Chemical Processing and Pharmaceutical Manufacturing
2026-04-23
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L–200L Glass Reactor for Chemical Processing and Pharmaceutical Manufacturing
Industrial Glass Reactor System (3L–200L) for Mixing, Distillation, and Vacuum Reactions
Product Overview
Glass reactor systems are critical equipment in chemical synthesis, pharmaceutical development, and material research. Designed with high borosilicate glass and advanced sealing technology, these reactors support mixing, distillation, filtration, and vacuum reactions in controlled environments.
Available in volumes ranging from 3L to 200L, these systems are suitable for both laboratory-scale R&D and pilot-scale production. Configurations include desktop and floor-standing units, with electric or air-driven motors.
Common Industry Challenges
Chemical and pharmaceutical manufacturers often face:
Cross-contamination risks in metal reactors
Difficulty maintaining stable vacuum during stirring
Inefficient cleaning and maintenance processes
Limited flexibility in scaling from lab to production
Material corrosion in acidic environments
These challenges directly impact product quality, operational efficiency, and compliance.
Engineered Solution
This glass reactor system addresses these issues through:
High borosilicate glass construction ensuring corrosion resistance
PTFE contact parts eliminating contamination risks
Mechanical sealing technology for stable vacuum up to -0.098 MPa
Modular double-layer design for easy cleaning and assembly
Frequency-controlled motor for precise speed and torque control
Technical Specifications
Model
Volume (L)
Motor Power (W)
Speed (rpm)
Torque (Nm)
PGR-3
3
40
50–1400
0.27
PGR-10
10
140
50–600
2.23
PGR-50
50
140
50–600
2.23
PGR-100
100
250
50–600
3.98
PGR-200
200
750
50–600
6.37
Applications
Pharmaceutical synthesis and API production
Chemical reaction engineering
Polymer and material research
Distillation and solvent recovery
Fine chemical processing
How It Works
The double-layer glass structure allows heating or cooling media to circulate between the layers, enabling precise temperature control. The internal vessel holds the reaction material, while the stirring system ensures homogeneous mixing under controlled vacuum conditions.
Selection Guide
When choosing a glass reactor:
Select volume based on batch size
Match motor power with material viscosity
Consider vacuum requirements
Evaluate temperature control system compatibility
Choose between desktop or floor-standing configurations
FAQ
Q1: Can the reactor handle corrosive chemicals?Yes, high borosilicate glass is highly resistant to acids and solvents.
Q2: Is customization available?Yes, OEM/ODM solutions are supported for specific applications.
Q3: What heating systems are compatible?Water/oil baths and high-low temperature circulators.
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