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Tianyi Zhongke PhotoSyn - Model 4.0 -Parallel Light Response System
The Tianyi Zhongke PhotoSyn 4.0 Parallel Light Reaction Instrument - a visible light reaction instrument is an experimental device that uses visible light to promote chemical reactions. Its working principle is based on the excitation of substrates or catalysts by visible light irradiation, thereby generating highly reactive free radical species through energy transfer or electron transfer to accelerate the chemical reaction, achieving previously difficult chemical transformations under mild conditions. By controlling the visible light irradiation conditions and the properties of the catalyst, researchers can achieve rapid and environmentally friendly chemical reactions, potentially contributing to sustainable development and green chemistry.
Tianyi Zhongke - PhotoSyn 4.0 Parallel Light Reaction Instrument - A visible light reaction instrument is an experimental device that uses visible light to promote chemical reactions. Its working principle is based on the excitation of substrates or catalysts by visible light irradiation, thereby accelerating the chemical reaction by generating highly reactive free radical species through energy transfer or electron transfer. This allows for the achievement of previously difficult chemical transformations under mild conditions. By controlling the visible light irradiation conditions and the properties of the catalyst, researchers can achieve rapid and environmentally friendly chemical reactions, potentially contributing to sustainable development and green chemistry.
- Product Model: PhotoSyn4.0
- Manufacturer type: Production company
- Updated: March 20, 2025
- Number of visits: 4271
- Brand: Tianezk
- Origin Category: Domestic
- Price range: 30,000-50,000
- Application areas: Healthcare, Chemicals, Biotechnology, Energy, Pharmaceuticals/Biopharmaceuticals
- Product Name: Low-temperature photochemical parallel reaction instrument
- Product Model: PhotoSyn 4.0
- Reaction number: 16-bit
The Tianyi Zhongke-PhotoSyn4.0 parallel light reaction instrument is mainly used in the fields of chemistry, chemical engineering, materials, and medicine in universities.
- Operating voltage: AC 220V±10% 50Hz
- Power: 800W
- Suitable working temperature: 10-40?.
- Suitable humidity for the workplace: 20%-80%.
- Reaction bit position: 16 bits.
- Light wave: 253-765nm selectable.
- Light source: Various light sources such as ultraviolet light can be selected at will.
- Various reaction tubes can be combined arbitrarily.
- It uses a 7-inch capacitive touch LCD screen, which is easy to operate.
- Use two light sources as a group, and keep the same parallel reaction light source.
- The light source adopts a plug-in module design and wireless group connection. The light source can be replaced at will, and the operation is simple.
- With magnetic stirring function, the 16 sample positions are divided into 4 blocks. The stirring control of each block can be turned on and off individually, and the stirring speed can be set.
- Built-in cooling circulation device. Can be connected to cold water system.
- The light source intensity can be set arbitrarily. The light source intensity can be adjusted in real time according to needs to adapt to different reactions.
- The parallel light source design adopts even-number control. The 16 light source assemblies are divided into 8 groups, each with 2 light sources, divided into 4 blocks. Each group of light sources can be turned on and off independently, and the intensity of the light source can be controlled independently.
- It adopts a 7-inch capacitive touch LCD screen, which is easy to operate.
- Adopt a mode of using two light sources as a group, with the same parallel reaction light source maintaining the same consistency.
- The light source adopts a plug-in module design, wireless group connection, and the light source can be replaced at will, making it easy to operate.
- It has a magnetic stirring function, with 16 sample positions divided into 4 blocks. The stirring control of each block can be turned on and off independently, and the stirring speed can be set.
- Built-in cooling circulation device. Can be connected to a chilled water system.
- The light source intensity can be set arbitrarily, and the light source intensity can be adjusted in real time as needed to adapt to different reactions.
- The parallel light source design adopts even-number control, with 16 light source assemblies divided into 8 groups, each group with 2 light sources, divided into 4 blocks. Each group of light sources can be turned on and off independently, and the intensity of the light source can be controlled independently.