BA-GHX-1Photochemical reacto

Photochemical reactor

The BA-GHX-1 photochemical reactor can analyze reaction products and free radical samples, determine reaction kinetic constants, measure quantum yields, and is widely used in research fields such as chemical synthesis, environmental protection, and life sciences. To be used for studying photochemical reactions under conditions such as gas-phase or liquid-phase media, fixed or flowing systems, UV or simulated visible light irradiation, and whether the reaction vessel is loaded with TiO2 photocatalysts

Main features:

1. Intelligent microcomputer control for multi tube photochemical reactor, capable of observing real-time changes in current and voltage

2. Set the reaction time or sampling time, and automatically cut off the power when the time comes.

3. Imported light source controller, built-in light source converter, continuously adjustable power, high stability

4. It has a step-by-step timing function and is easy to operate

5. The inner wall of the reaction chamber is made of radiation resistant materials and equipped with observation windows

6. It adopts an internal light source, which receives sufficient light. The light source is made of high-pressure and shock-absorbing materials, which are durable and long-lasting

7. Equipped with a high-power magnetic stirring device, the sample is fully mixed and exposed to light

8. Double layer high and low temperature resistant quartz cold trap, which can be circulated with cooling water to maintain reaction temperature

9. High temperature protection system with automatic power-off function

10. The external structure of the chassis is equipped with circulating water inlet and outlet, and there are two dedicated sockets inside for the lamp source and stirring reactor

echnical parameters:

Reactor:

Model and Function Introduction

BY-1

Multi tube reactor

Including: light source, quartz cold well, quartz test tube, filter device, multi test tube stirring device, low-temperature water tank, etc.

Function: The sample in the test tube is uniformly arranged around the light source through magnetic stirring to receive light evenly. It can provide the measurement of photochemical reaction kinetic constants, quantum yields, etc

Features: 1. Stir multiple test tube samples simultaneously and arrange them evenly around the light source. The stirring magnetic particles inside the test tube can be adjusted infinitely and connected to a gas chromatograph.

2. The light source is placed in a quartz cold well and cooled by cooling water.

3. Place a light solution in a quartz test tube, 30ml or 50ml optional

The photoelectric parameters of the high-pressure mercury lamp are as follows：

power

W

starting currentA

Working current A

working voltage V

Effective arc length MM

Connection

100

1.5

1.2

90

30

Connection

300

8.5

3

100

120

Connection

500

9

4.2

120

160

Connection

1000

12

8.5

120

160

Connection

The relative intensity of high-pressure mercury lamps is as follows:

wavelengthnm

250

313

365

400

510

620

720

Current strength %

20

85

100

30

20

40

80

External dimensions and photoelectric parameters of xenon lamps：

power

W

starting currentA

Working current A

working voltage V

Effective arc length MM

Connection

300

6

3.5-4

80

140

Connection

500

10

4.8

100

160

Connection

1000

10

10

100

200

Connection