172nm Excimer Lamp: Efficient Ultraviolet Solution
Helping Manufacturing Companies Optimize Processes
In modern industrial manufacturing, healthcare, environmental purification, and high-end scientific research, ultraviolet technology plays a crucial role. As a company specializing in the production of various ultraviolet lamps, we are proud to introduce the 172nm excimer lamp, an ultraviolet light source designed for high-precision, high-efficiency applications. With its excellent performance, reliable quality, and wide range of application scenarios, this product meets the needs of manufacturing buyers for efficient, environmentally friendly, and durable light sources. Below, we will introduce in detail the technical characteristics, application advantages, and core issues of concern to buyers of the 172nm excimer lamp, to help you make informed decisions when choosing ultraviolet lamp products.
Core Characteristics of the 172nm Excimer Lamp
The 172nm excimer lamp is an ultraviolet light source based on excimer discharge technology, which uses xenon (Xe₂) to generate vacuum ultraviolet (VUV) with a wavelength of 172 nanometers under specific conditions. Its unique spectral characteristics and high energy output make it perform well in many industrial applications. The following are its main characteristics:
Precise 172nm Wavelength Output
The vacuum ultraviolet emitted by the 172nm excimer lamp has extremely high energy and can effectively excite molecular bonds, and is widely used in surface treatment, material modification, and photochemical reactions. Its monochromaticity is strong, avoiding the efficiency loss caused by the wavelength dispersion of traditional ultraviolet lamps.
01
Efficient Energy Conversion
Compared with traditional ultraviolet light sources, the 172nm excimer lamp has higher energy utilization and can achieve higher light output with lower power consumption, reducing the operating costs of manufacturing companies.
02
Mercury-Free and Environmentally Friendly Design
Our 172nm excimer lamp uses mercury-free technology, which meets international environmental standards (such as the RoHS directive), providing manufacturing companies with green and sustainable solutions and reducing the risk of environmental pollution.
03
Long Life and Stability
Through optimized lamp design and advanced manufacturing technology, our 172nm excimer lamp can achieve a service life of up to 8000 hours, and the lamp output stability is as high as 95% or more, reducing frequent replacement and maintenance costs.
04
Diversified Customization Options
To meet the needs of different manufacturing companies, we offer 172nm excimer lamps with various power, sizes, and configurations, and support customized designs to ensure seamless integration into your production process.
05
Parameter Table: 172nm Excimer Lamp Technical Specifications
|
Parameters |
Specifications |
|
Wavelength |
172nm (Vacuum Ultraviolet, VUV) |
|
Optical power density |
10-50 mW/cm2 (customizable according to requirements) |
|
Lamp life |
≥8000 hours |
|
Working voltage |
220V/110V (customizable) |
|
Power range |
5W - 200W |
|
Lamp tube material |
High-purity quartz glass (transmittance >90% @ 172nm) |
|
Working temperature |
-10℃ to 60℃ |
|
Cooling method |
Natural cooling or forced air cooling (optional) |
|
Size |
Length 50mm - 1500mm (customizable) |
|
Protection level |
IP54 (optional IP65) |
|
Environmental certification |
RoHS, CE, ISO 9001 |
Application Scenarios of 172nm Excimer Lamp
With its high-energy vacuum ultraviolet characteristics, the 172nm excimer lamp demonstrates excellent application value in various industries. The following are its main application areas, as well as the core advantages that manufacturers and buyers may be concerned about:
Semiconductor and Electronics Manufacturing
In semiconductor manufacturing, the 172nm excimer lamp is widely used for wafer surface cleaning and photolithography processes. Its high-energy 172nm ultraviolet light can effectively remove organic contaminants, improve wafer surface cleanliness, and ensure high production yield. Buyer's focus:
• Efficient cleaning: The 172nm wavelength can decompose organic molecular bonds, and the cleaning efficiency is more than 30% higher than traditional methods.
• Process compatibility: The lamp size and power can be customized to fit different production equipment.
• Low maintenance cost: Long-life design reduces downtime and improves production line efficiency.
Surface Treatment and Material Modification
The 172nm excimer lamp performs well in material surface modification and can be used to enhance hydrophilicity, improve adhesion, and activate the surface of plastics, glass, and metals. Buyer's focus:
• High uniformity: The light output is uniform, and there are no dead spots when processing large-area materials.
• Environmentally friendly process: No chemical reagents are required, reducing waste liquid treatment costs.
• Flexible application: Supports a variety of material processing, suitable for automotive, aerospace and other industries.
Environmental Protection, Purification, and Disinfection
The 172nm excimer lamp can generate ozone through photochemical reactions for air purification and water treatment. Simultaneously, its high-energy ultraviolet light can directly kill bacteria and viruses, making it widely applicable in medical and public health fields. Buyer's focus:
• High Efficiency Sterilization: 172nm ultraviolet light can achieve a sterilization rate of over 99.9%, suitable for high-standard disinfection needs.
• Safety: The lamp design ensures no ultraviolet leakage, protecting the safety of operators.
• Low Energy Consumption: Compared to traditional ozone generators, energy consumption is reduced by 20%-30%.
Scientific Research and Laboratory Applications
In photochemical, materials science, and physics research, the 172nm excimer lamp is an ideal light source choice for spectral analysis, thin film deposition, and surface analysis. Buyer's focus:
• High Precision: Monochromatic light output ensures the reliability and repeatability of experimental results.
• Customization Support: Light intensity and lamp size can be adjusted according to experimental needs.
• Global Supply: We offer fast delivery and comprehensive after-sales support to meet urgent laboratory needs.
All technical parameters, test data, and certification documents for the 172nm excimer lamp are publicly available. Our official website provides 24/7 online support, and customers can contact our technical team at any time for professional advice. In addition, we offer a warranty period of up to 18 months and global logistics services to ensure the rights and interests of buyers.
Core Issues of Concern for Manufacturing Enterprise Buyers
Targeting foreign manufacturing enterprise buyers, we have deeply analyzed the key issues they may focus on when purchasing 172nm excimer lamps and provide the following answers:
Buyers are typically concerned about the performance stability and lifespan of lamps. Our 172nm excimer lamp uses high-purity quartz glass with a light transmittance of over 90% and undergoes multiple durability tests to ensure stable operation in harsh environments such as high temperature and high humidity. The lamp life can reach more than 8000 hours, reducing replacement frequency and maintenance costs.
The efficient energy conversion and long lifespan design of the 172nm excimer lamp significantly reduce the total cost of ownership (TCO). For example, in semiconductor cleaning applications, its cleaning efficiency is 30% higher than traditional ultraviolet lamps, which can reduce cleaning cycles and improve production efficiency. In addition, the mercury-free design reduces waste disposal costs and is in line with green production trends.
We have a complete global supply chain system and cooperate with many international logistics companies to ensure the rapid delivery of 172nm excimer lamps. Whether you are located in North America, Europe, or Asia, we can complete delivery within 7-15 working days and provide real-time logistics tracking services.
We provide full life cycle technical support, including lamp selection, installation guidance, and maintenance advice. Customers can contact our technical team at any time via phone, email, or online platform to obtain customized solutions. In addition, we offer an 18-month warranty covering material and workmanship defects.
Different industries have different requirements for the power, size, and configuration of 172nm excimer lamps. We provide flexible customization services and can adjust lamp parameters according to customers' production equipment and application scenarios to ensure optimal compatibility. For example, we can provide extra-long lamps (1500mm) for semiconductor production lines or small, high-intensity lamps (50mm) for laboratories.
Product Demonstration: Why Choose Our 172nm Excimer Lamp?
To further verify the superior performance of the 172nm excimer lamp, we combine actual cases and test data for demonstration:
1. Case Study: Application in Semiconductor Manufacturing: A leading global semiconductor manufacturer introduced our 172nm excimer lamp into its wafer cleaning process. The test results showed:
• Improved Cleaning Efficiency: Compared with traditional 254 nm ultraviolet lamps, the cleaning efficiency of the 172nm wavelength is increased by 35%, and the removal rate of organic pollutants reaches 99.8%.
• Improved Production Yield: The improvement of wafer surface cleanliness increased the production yield from 92% to 97%.
• Cost Savings: The lamp life is extended to 8500 hours, and the annual maintenance cost is reduced by 20%.
2. We conducted spectral and stability tests on a 172nm excimer lamp in our laboratory, and the results are as follows:
• Spectral purity: The 172nm wavelength accounts for more than 95%, with no significant stray light.
• Light intensity stability: After 5000 hours of continuous operation, the light intensity decay rate is less than 5%.
• Environmental adaptability: The light output remains stable in the temperature range of -10°C to 60°C.
3. Customer feedback from a European environmental equipment manufacturer stated: "We use your company's 172nm excimer lamp for water treatment systems. Its efficient ozone generation capability and long-life design have significantly improved the performance of our equipment, and customer satisfaction has increased by 30%."
How to purchase our 172nm excimer lamps?
To facilitate foreign manufacturing companies and purchasers, we provide the following purchasing process:
Demand communication: Submit your technical requirements through the official website or email, and we will reply within 24 hours.
Customized solutions: Our technical team will provide customized lamp solutions based on your application scenarios, including power, size, and configuration recommendations.
Sample testing: We can provide sample lamps for testing to ensure they meet your production needs.
Bulk ordering: After confirming the samples, you can place bulk orders through our online platform or contract signing.
Logistics and after-sales: We provide global logistics services and an 18-month warranty to ensure a worry-free purchasing experience.
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