光化学反应仪主图视频.mp4

Obrolan Hubungi kami

光化学反应仪主图视频.mp4

Video Lainnya

March 04, 2021

Kategori Hubungan: Peralatan Pengujian Laboratorium

Obrolan Hubungi kami

Tag:

#peralatan pengujian laboratorium #instrumen pengujian laboratorium #mesin pengujian laboratorium

Brief: Discover the BAXIT Photochemical Reaction Laboratory Testing Equipment 1000W, a high-pressure photochemical reaction apparatus designed for advanced research. Developed with technical support from top universities, this instrument is ideal for studying gas or liquid phase media under UV or visible light. Perfect for chemical synthesis, environmental protection, and life sciences research.

Related Product Features:

Microcomputer controller with continuously adjustable power for precise control.
Built-in ammeter and voltmeter for easy monitoring of current and voltage changes.
Temperature protection sensor ensures safety by powering off if internal temperature is too high.
Microcomputer timer allows for step-by-step timing of reactions.
Internally illuminated light source provides sufficient light for reactions.
Magnetic stirrer ensures thorough mixing and even light exposure of samples.
Double-layer quartz cold trap with cooling water cycle prevents damage from high temperatures.
Equipped with a movable cart for easy transportation and setup in the lab.

Pertanyaan:

What types of reactions can the BAXIT Photochemical Reaction Equipment handle?

The equipment is designed for gas or liquid phase media, fixed or flowing systems, and supports reactions under UV or visible light, including those with TiO2 photocatalyst.
How does the temperature protection feature work?

The case has a built-in temperature protection sensor that automatically powers off the equipment if the internal temperature becomes too high, ensuring safety and preventing damage.
Is the BAXIT Photochemical Reaction Equipment suitable for large sample volumes?

Yes, the BXT-GHX type is specifically designed to handle large quantities of samples, making it ideal for high-throughput research applications.