Photochemical Reactor UV Lamp
Photochemical Reactor Uv Lamp
Wattage
- 125W
- 250W
- 450W
- 1000W
- 4KW
Types of Lamp
- Low pressure mercury lamp
- Medium pressure mercury lamp
- High pressure mercury lamp
Full Description of Photochemical Reactor Uv Lamp
An ideal photochemical reactor UV lamp designed for carrying out photochemical reactors, including water splitting and photo-chlorination reaction. Carrying out a tightly-controlled, efficient and safe photochemical reaction is one of an essential needs, especially in numerous chemical and pharmaceutical industries.
There is a need for a photochemical reaction in numerous chemical processing methods, used widely in an industry as well as educational research and developmental (R&D) level. A photon and catalyst are needed to stimulate the reaction initially and throughout the process. Hence, it also called photochemical or photocatalysis reaction.
How to use Photochemical Reactor Uv Visbile Lamp?
The UV lamp for photocatalytic reactor operated with or without cooling as per requirement. The durable double-jacketed quartz immersion well is required to circulate cooling water, where medium pressure mercury lamp (UV lamp) or a high-pressure mercury lamp (Visible lamp) is immersed. The inner immersion well is fixed with a water inlet and outlet for ideal water circulation during the photochemical process. The light inserted into the inner-well, where the cold water helps to maintain a safe temperature throughout the process.
The photon is most vital to stimulate the photo-reaction process hence the Medium pressure mercury UV lamp plays a significant part to give the ideal reactionary wavelength to the photon’s source. This UV lamp efficiently provides constant monochromatic wavelengths. It has an efficiency ratio of over 90% for energy transmission. Aforementioned gives energy at 254 nm. The medium pressure mercury lamp is designed to emit UV light at a range covering 250nm to 450nm and generate peaks at 254nm, 356nm, and 365nm. The high-pressure mercury lamp provides energy ranging between 350 and above, which offer peaks on 356nm, 365nm. The UV light output is in between 20 to 25 percent of total measured wattage.
We provide the lamp with the SS nichrome mounting or holder. Order your customized and reliable industrial UV Lamp from Techinstro and ensure secure, efficient and effective industrial photochemical processing.
Technical Specification of Photochemical Reactor Uv Lamp
| Technical Specifications – Photochemical Reactor UV Lamp | |
|---|---|
| Product Name | Photochemical Reactor UV Lamp |
| Available Wattages | 125 W, 250 W, 450 W, 1000 W and 4 kW |
| Types of Lamp | Low-pressure mercury lamp, medium-pressure mercury lamp and high-pressure mercury lamp |
| Medium-Pressure Lamp Wavelength Range | 250–450 nm, as specified on the product page |
| Medium-Pressure Lamp Spectral Peaks | 254 nm, 356 nm and 365 nm, as specified on the product page |
| High-Pressure Lamp Wavelength Information | 350 nm and above, with spectral peaks at 356 nm and 365 nm, as specified on the product page |
| Immersion Well | Double-jacketed quartz immersion well |
| Cooling Arrangement | Water-cooling arrangement with inlet and outlet connections for the quartz immersion well, depending on configuration |
| Lamp Mounting | SS nichrome mounting or holder |
| Primary Function | Light source for photochemical and photocatalytic reactions |
| Applications | Water splitting, photo-chlorination, water treatment, pharmaceutical processes, environmental engineering, alternative energy, UV curing and educational research and development |
| Customization | Customized lamp configurations available; confirm requirements with Techinstro |
Applications of Photochemical Reactor Uv Lamp
- Educational Research and Development (R&D)
- Environmental Engineering
- Alternative Energy
- Water Splitting
- Pharmaceutical processes
- Water Treatment
- Photo-chlorination
- Curing UV lamp
Comparison
| Comparison Parameter | Low-Pressure Mercury Lamp | Medium-Pressure Mercury Lamp | High-Pressure Mercury Lamp |
|---|---|---|---|
| Availability | Available lamp type | Available lamp type | Available lamp type |
| Wavelength Information | Specific wavelength range not stated on the product page | 250–450 nm, as stated on the product page | 350 nm and above, as stated on the product page |
| Listed Spectral Peaks | Not specified | 254 nm, 356 nm and 365 nm | 356 nm and 365 nm |
| Selection Consideration | Confirm the emission spectrum matches the target reaction | Consider when the required reaction wavelength matches the lamp’s output | Confirm the spectral distribution is suitable for the intended process |
| Potential Applications | Depends on the emission spectrum and reaction requirements | Photochemical and photocatalytic research, subject to wavelength compatibility | Photochemical processes requiring a compatible high-pressure lamp spectrum |
| Key Selection Factors | Required wavelength, lamp wattage, reactor dimensions, cooling requirements and reaction chemistry | ||
Note: Confirm the actual emission spectrum and operating requirements for the selected lamp configuration before ordering.
Why Choose Techinstro Photochemical Reactor UV Lamp?
Techinstro’s Photochemical Reactor UV Lamp is designed to provide a light source for laboratory research, photocatalytic studies and industrial photochemical processes. With multiple wattage options and mercury lamp types, users can select a configuration according to their reaction and operating requirements.
- Multiple Wattage Options: Available in 125 W, 250 W, 450 W, 1000 W and 4 kW options, subject to configuration availability.
- Three Mercury Lamp Types: Low-pressure, medium-pressure and high-pressure mercury lamp options support different wavelength and application requirements.
- Wavelength-Based Selection: Published wavelength information helps users identify a lamp that may suit their target photochemical reaction.
- Quartz Immersion Well: The double-jacketed quartz immersion well supports the described water-cooled reactor arrangement.
- Water-Cooling Connections: Inlet and outlet connections enable cooling-water circulation in compatible configurations.
- Dedicated Lamp Mounting: An SS nichrome mounting or holder is specified for lamp installation.
- Wide Range of Applications: Suitable application areas include water splitting, photo-chlorination, water treatment, pharmaceutical processes and environmental engineering, subject to process compatibility.
- Research and Industrial Use: Can be considered for educational laboratories, research and development facilities, and industrial photochemical processes.
- Customization Options: Contact Techinstro to discuss wattage, lamp type, immersion-well arrangement and application-specific requirements.
Contact our expert to select a suitable photochemical reactor UV lamp based on your target wavelength, required wattage, reactor dimensions and cooling requirements.
FAQ's
The lamp is available in 125 W, 250 W, 450 W, 1000 W, and 4 kW.
We supply low-pressure, medium-pressure, and high-pressure mercury lamps to suit the reaction.
It covers about 250–450 nm, with strong peaks at 254 nm, 356 nm and 365 nm.
It emits from about 350 nm upward, with peaks at 356 nm and 365 nm.
It can run with or without cooling, depending on what your process needs.
The double-jacketed quartz well holds the lamp and circulates cold water to keep it at a safe temperature.
It offers over 90% energy transmission, with UV output at about 20–25% of the total wattage.
Yes, it supplies the photons that start and sustain photochemical and photocatalytic reactions.
Yes, it is widely used in educational and industrial R&D labs.
It lasts about 800 hours for 125–450 W models and about 600 hours for the 1000 W model.
Yes, each lamp is supplied with an SS nichrome mounting.
Yes, we customize lamps to match your reactor and application.
It is used for water splitting, photo-chlorination, water treatment, environmental engineering, alternative energy, and UV curing.