• StonyLab 1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control for professional laboratory applications
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  • Comprehensive product view and setup components for StonyLab 1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control
  • Comprehensive product view and setup components for StonyLab 1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control
  • Comprehensive product view and setup components for StonyLab 1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control
  • Comprehensive product view and setup components for StonyLab 1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control
  • Comprehensive product view and setup components for StonyLab 1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control
  • Comprehensive product view and setup components for StonyLab 1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control
  • Comprehensive product view and setup components for StonyLab 1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control
  • Comprehensive product view and setup components for StonyLab 1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control
  • Comprehensive product view and setup components for StonyLab 1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control
  • Comprehensive product view and setup components for StonyLab 1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control
  • Comprehensive product view and setup components for StonyLab 1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control
  • Comprehensive product view and setup components for StonyLab 1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control
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1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control

1-2L Single Jacketed Glass Reactor with Vacuum and Temperature Control

$4,580.00
-Infinity% $4,580.00 Retail Price:

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About this item

1-2L Single Jacketed Glass Reactor: The 1-2L Single Jacketed Glass Reactor is designed for laboratory-scale chemical synthesis, reaction studies, extraction, crystallization, and process development. Constructed with high borosilicate glass and PTFE wetted components, this reactor provides excellent chemical resistance, thermal stability, and long-term durability for demanding laboratory applications.

Featuring temperature and vacuum monitoring capabilities, the reactor enables precise control of reaction conditions while allowing researchers to observe processes in real time through the transparent glass vessel. Its compact design makes it ideal for academic laboratories, research institutions, and small-scale R&D projects.

Key Features

  • High Borosilicate Glass Construction – Excellent resistance to corrosion, thermal shock, and extreme temperatures.
  • PTFE Wetted Components – Provides superior chemical compatibility for a wide range of laboratory applications.
  • Single Jacketed Design – Supports controlled heating and cooling for improved reaction stability.
  • Temperature and Vacuum Monitoring – Enables precise process control during research and development activities.
  • High Vacuum Capability – Operates under vacuum conditions up to -0.095 MPa for specialized reaction requirements.
  • Dead-Zone-Free Discharge Valve – Facilitates efficient material discharge while minimizing product retention.
  • Quick-Release Connections – Simplifies assembly, disassembly, cleaning, and maintenance.

Typical Applications: Chemical Synthesis, Academic Research, Reaction Optimization Studies, Crystallization Processes, Extraction Applications, Material Science Research, Small-Batch Laboratory Testing, Process Development

Why Choose This Reactor System?

Designed for precision laboratory work, this 1-2L Single Jacketed Glass Reactor combines excellent chemical resistance, reliable temperature control, and vacuum operation capability in a compact platform. Its borosilicate glass construction and PTFE wetted parts provide durability and compatibility for a broad range of chemical processes, making it an excellent choice for research and educational laboratories.
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Shipping: 10-12 business days.

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$4,580.00
-Infinity% $4,580.00 Retail Price:

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Processing:

7-12 business days

Shipping:

10-12 business days

1-Year FREE Warranty

Rest easy knowing that all web registered members receive a 1 year of full coverage on all purchases, with additional protection options available for equipment.

FREE Return

Enjoy 35-day free return on most regular orders. Check our Return Policy for full details and easy return steps.

FREE US Shipping

All continental US orders enjoy free standard shipping.

Best Price Promise

Buy with confidence! Our 10-day Price Adjustment policy ensures you get the best deal.

Contact Us

support@stonylab.com

100% Satisfaction! Please feel free to contact us anytime. All your questions will be answered within timely manner.

Secure Payment

All transactions are protected by advanced encryption to ensure your personal and payment information stays safe.
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Frequently Asked Questions

What is a single jacketed glass reactor?

A single jacketed glass reactor is a laboratory vessel designed to perform chemical reactions while allowing temperature regulation through a surrounding jacket.

What is this reactor used for?

It is commonly used for chemical synthesis, crystallization, extraction, reaction optimization, and laboratory research applications.

Why is borosilicate glass used?

Borosilicate glass offers excellent resistance to chemicals, temperature changes, and thermal shock while allowing clear visibility of reactions.

What are the benefits of PTFE wetted parts?

PTFE components provide outstanding chemical resistance and compatibility with a wide range of solvents and reagents.

How does the jacketed design help?

The jacket allows heating or cooling media to circulate around the vessel, helping maintain stable reaction temperatures.

What is the vacuum capability of this reactor?

The system can operate under vacuum conditions up to -0.095 MPa for applications requiring reduced pressure environments.

What is the purpose of the dead-zone-free discharge valve?

The discharge valve is designed to minimize material retention and allow smooth, efficient product removal.

Who typically uses this equipment?

University laboratories, research institutions, chemical engineers, and laboratory scientists commonly use this reactor system.

What should I consider before purchasing?

Consider vessel volume, temperature requirements, vacuum operation needs, chemical compatibility, and intended laboratory applications.