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Uve Photochemical Reactor For Aflatoxin

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MOQ : 1 Piece

Uve Photochemical Reactor For Aflatoxin Specification

Response Time
Immediate

Test Range
Up to 6 samples

Max Height
380 mm

Temperature
Room Temperature (22-25C)

Automation Grade
Semi-Automatic

Operating Voltage
230V

Number of Specimens
6

Display Type
Digital Display

Specimen Size
28 mm diameter

Features
Corrosion-resistant, Easy sample loading, Enclosed UV chamber

Interface Type
Manual control with digital timer

Mounting Type
Benchtop

Gas Pressure
Atmospheric

Measuring Range
UV Intensity 254 nm

Equipment Type
UV Photochemical Reactor

Application
Aflatoxin Degradation/Detoxification

Port Size
1/2 inch

Accuracy
2 nm wavelength

Frequency
50 Hz

Humidity
85% RH

Resolution
1 nm

Power Supply
230V AC, 50Hz

Usage
Photodegradation of aflatoxins

Capacity
6 Sample positions

Machine Weight
18 kg

Test Speed
Variable

Test Width
150 mm

Test Stroke
75 mm

Control Mode
Digital Timer Control

Sample Holder Material
Quartz

Wavelength
254 nm

Cooling
Air cooled

Timer Range
0-999 minutes

Safety Feature
Interlock for UV chamber door

Construction
Powder coated outer body

Chamber Material
Stainless Steel (SS 304)

Lamp Power
11W

Service Support
Available

UV Lamp Type
Low Pressure Mercury Lamp

Inner Chamber Dimensions
150 x 150 x 300 mm

Uve Photochemical Reactor For Aflatoxin Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Week

Delivery Time
30 Days

Main Domestic Market
Karnataka

About Uve Photochemical Reactor For Aflatoxin

We are counted among the reputed business entities, engaged in supplying Uve Photochemical Reactor For Aflatoxin. We procure this equipment from the reputed vendors of the market with the help of our agents. This equipment is used for detection of aflatoxins, phenylurea pesticides, barbiturates and other compounds in a given sample. No reagents are needed during the analysis as the water in the HPLC eluent is used for it. Photochemical post-column derivatization of Aflatoxins in a special reactor loop with UV light. We offer Uve Photochemical Reactor For Aflatoxin at reasonable prices.

Features:

High light transmission
Specially designed fluorocarbon coil
UV low pressure lamp

Advanced UV Reactor for Aflatoxin Degradation

Harnessing the power of a low-pressure mercury lamp at 254 nm, this UV photochemical reactor is engineered to target aflatoxin molecules, providing safe, efficient detoxification. With digital controls, a corrosion-resistant build, and an air-cooled design, users experience convenience and precision for laboratory and industrial applications.

Optimized for Laboratory Safety and Performance

The reactor prioritizes safety with an interlock system that disables the lamp when the chamber door is open, and a robust stainless steel interior shields users from UV exposure. Its quartz sample holders provide excellent UV transparency, allowing reliable, repeatable test results in a controlled environment.

FAQs of Uve Photochemical Reactor For Aflatoxin:

Q: How does the Uve Photochemical Reactor facilitate aflatoxin degradation?

A: The reactor uses a low-pressure mercury lamp emitting UV light at 254 nm to break down aflatoxins present in samples. The photochemical reaction occurs as the UV energy interacts with aflatoxin molecules, leading to their detoxification under controlled laboratory conditions.

Q: What is the process for operating the Uve Photochemical Reactor?

A: To operate, samples are placed in quartz holders inside the chamber. Settings like the exposure duration are selected using the digital timer control. Once the chamber door is securely closed (activating the safety interlock), the lamp is switched on, initiating the UV treatment. After the cycle ends, treated samples can be removed safely.

Q: When should I use this reactor for aflatoxin testing or detoxification?

A: Use the reactor whenever you need to photodegrade or detoxify aflatoxins in food, feed, or agricultural samples. It is most effective when reliable, repeatable results are required and UV-based processes are the preferred method of degradation.

Q: Where can this UV photochemical reactor be installed and used?

A: Designed for benchtop use, the reactor is ideal for laboratories, research institutions, or industrial quality control departments. Its robust powder-coated body ensures durability in diverse environments found across India.

Q: What safety features are incorporated in the reactor?

A: A prominent safety feature is the interlock mechanism that prevents the UV lamp from operating if the chamber door is open, protecting users from accidental UV exposure. Additionally, the enclosed chamber construction and stainless steel body further enhance operational safety.

Q: How many samples can be tested at once and what are the sample requirements?

A: The reactor can handle up to six samples per cycle, each with a maximum specimen size of 28 mm in diameter. This multi-sample capability increases throughput and efficiency for laboratory workflows.

Q: What are the benefits of using this reactor for aflatoxin degradation?

A: Key benefits include accelerated, controlled aflatoxin photodegradation, improved laboratory safety, accurate digital timer controls, easy sample handling, and minimal maintenance due to its corrosion-resistant materials and air-cooled design.

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