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Equipment Introduction
A cold trap is a complex device that can effectively capture volatile or corrosive gases, vapors, and moisture in condensed airflow.
The innovative design of the cold trap utilizes low-temperature cooling to achieve ultra-low temperatures, ensuring that even the most stubborn pollutants can be captured and removed.
The application of cold traps in analytical chemistry, vacuum systems, and industrial processes helps maintain the purity and integrity of samples and equipment.
This device simplifies maintenance and maximizes productivity with its durable structure and easy-to-use interface.
Equipment configuration
Material: Stainless steel
Size: Diameter=160mm, height=200mm (size can be customized), with lid
The Dewar flask is filled with liquid nitrogen for low-temperature operation
Equipped with a lifting platform
Equipment features
Easy to operate, easy to maintain, and effectively improve productivity
Cleaner and more accurate
Using cold trap equipment can provide cleaner and more accurate results, while better meeting your laboratory needs.
In lithium battery, perovskite, nuclear-industry, and OLED research and production, a vacuum glove box may be designed to maintain internal moisture and oxygen levels below 1 ppm. This performance depends on five systems working together in a closed control loop: sealing protection, purification columns, gas circulation, online moisture and oxygen monitoring, and PLC-based automatic control.
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Learn how to install a glove box glove port, fit seals and O-rings, tighten fasteners to the specified torque, and verify sealing performance.
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A vacuum glove box is a core system for precision experiments that require low moisture and low oxygen.
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Mikrouna, as a representative domestic glovebox manufacturer, achieves long-term and stable low water-and-oxygen conditions through the coordinated operation of four major systems: the sealed chamber, gas circulation purification, automatic pressure control, and material transfer through the antechamber.
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As a mainstream piece of equipment for moisture- and oxygen-free experiments, the MIKAIRONA glovebox typically consists of core modules such as the enclosure, purification system, transfer chamber, and control system. It is widely used in lithium-battery research, organic synthesis, and advanced materials development.
When handling samples inside a vacuum glovebox, it is essential to maintain an ultra-low moisture and oxygen environment while ensuring the safety of both the operator and the equipment. Even minor oversights can result in experimental failure, equipment damage, or personal injury. MIKAIRONA introduces the key precautions to keep in mind when handling samples inside a vacuum glovebox:
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