Description
Features of Plasma Cooling Tube G902Y:
1. High Thermal Conductivity
- Material Composition: Utilizes high-conductivity materials such as copper or specialized alloys, ensuring rapid heat dissipation.
- Efficient Heat Transfer: Plasma cooling tube G902Y Optimized surface area enhances heat exchange, maintaining stable operating temperatures.
2. Compact and Lightweight Design
- Space Optimization: Designed for installations where space is limited, allowing for flexible integration into various systems.
- Low Weight: Plasma cooling tube G902Y lightweight construction facilitates easier handling and installation.
3. Durable Construction
- High-Temperature Resistance: Capable of withstanding extreme thermal conditions, ensuring reliability in demanding environments.
- Corrosion Resistance: Plasma cooling tube G902Y advanced coatings or treatments protect against chemical corrosion, extending the lifespan of the tube.
4. Optimized Flow Dynamics
- Internal Channel Design: Features a streamlined internal structure that minimizes turbulence and enhances coolant flow efficiency.
- Variable Flow Rates: Engineered to accommodate adjustable flow rates, catering to different cooling demands based on application needs.
5. User-Friendly Installation
- Standardized Connections: Equipped with standard fittings for straightforward installation and compatibility with existing systems.
- Clear Installation Guidelines: Plasma cooling tube G902Y comes with comprehensive manuals to assist in quick setup and integration.
6. Low Maintenance Requirements
- Self-Cleaning Mechanism: Plasma cooling tube G902Y designed to reduce sediment buildup, minimizing maintenance frequency and ensuring consistent performance.
- Long-Term Reliability: Rigorously tested to maintain performance over extended operational periods without significant degradation.
7. Wide Compatibility and Versatility
- Broad Application Range: Plasma cooling tube G902Y is suitable for various plasma applications, including:
- Semiconductor Manufacturing: Plasma cooling tube G902Y ensures stable cooling during wafer processing.
- Laser Technology: Maintains optimal temperatures in laser cutting and welding equipment.
- Metal Processing: Effective in plasma cutting and surface treatment processes.
- Customizable Options: Available in different sizes and configurations to meet specific customer requirements.
8. Environmental Considerations
- Sustainable Materials: Constructed with eco-friendly materials that comply with industry standards for environmental safety.
- Energy Efficiency: Designed to minimize energy consumption while maximizing cooling efficiency.
|
HiFocus130i
|
CODE
|
Description
|
|
G901Y
|
.11.848.201.142
|
Cooling tube
|
|
G002Y
|
.11.848.221.300
|
Cathode O2
|
|
G101
|
.11.848.221.145
|
Gas guide
|
|
G2006
|
.11.848.221.406
|
Nozzle O2 25A
|
|
G2007
|
.11.848.221.407
|
Nozzle O2 35A
|
|
G3004
|
.11.848.201.1604
|
Nozzle cap
|
|
G4015
|
.11.848.201.1515
|
Swirl gas cap
|
|
G4020
|
.11.848.201.1520
|
Swirl gas cap
|
|
G501
|
.11.848.201.081
|
Protective cap
|
|
G003Y
|
.11.848.221.310
|
Cathode -O2
|
|
G102
|
.11.848.221.146
|
Gas guide
|
|
G2008
|
.11.848.221.408
|
Nozzle O2 50A
|
|
G2010
|
.11.848.221.410
|
Nozzle O2 80A
|
|
G2012
|
.11.848.221.412
|
Nozzle O2 120A
|
|
G2014
|
.11.848.221.414
|
Nozzle O2 160A
|
|
G2016Y
|
.11.848.221.416
|
Nozzle O2 200A
|
|
G3028
|
.11.848.201.1628
|
Nozzle cap
|
|
G4022
|
.11.848.201.1522
|
Swirl gas cap
|
|
G4025
|
.11.848.201.1525
|
Swirl gas cap
|
|
G4030
|
.11.848.201.1530
|
Swirl gas cap
|
|
G032Y
|
.11.848.421.310
|
Cathode O2
|
|
G034Y
|
.11.848.421.330
|
Cathode O2
|
|
G121
|
.11.848.421.145
|
Gas guide
|
|
G2326Y
|
.11.848.421.426
|
Nozzle O2 280A
|
|
G2330Y
|
.11.848.421.430
|
Nozzle O2 360A
|
|
G2331Y
|
.11.848.421.431
|
Nozzle -O2-400A
|
|
G3209
|
.11.848.401.1609
|
Nozzle cap
|
|
G3219
|
.11.848.401.1619
|
Nozzle cap
|
|
G3229
|
.11.848.401.1629
|
Nozzle cap
|
|
G4345
|
.11.848.401.1545
|
Swirl gas cap
|
|
G4350
|
.11.848.401.1550
|
Swirl gas cap
|
|
G4355
|
.11.848.401.1555
|
Swirl gas cap
|
|
G971
|
.11.848.411.142
|
Cooling tube
|
|
G042
|
.11.848.211.510
|
Cathode ArH2
|
|
G3008
|
.11.848.201.1608
|
Nozzle cap
|
|
G3018
|
.11.848.201.1618
|
Nozzle cap
|
|
G052
|
.11.848.311.510
|
Cathode
|
|
G105
|
.11.848.221.149
|
Gas guide
|
|
G2516
|
.11.848.311.616
|
Nozzle
|
|
G4530
|
.11.848.311.1530
|
Swirl gas cap
|
|
G071
|
.11.848.411.500
|
Cathode ArH2
|
|
G125
|
.11.848.421.149
|
Gas guide
|
|
G2725
|
.11.848.411.625
|
Nozzle ArH2
|
|
G2727
|
.11.848.411.627
|
Nozzle ArH2
|
|
G2729
|
.11.848.411.629
|
Nozzle ArH2
|
|
G3249
|
.11.848.401.1649
|
Nozzle cap
|
|
G4335
|
.11.848.401.1535
|
Swirl gas cap
|
|
G4340
|
.11.848.401.1540
|
Swirl gas cap
|
|
G521
|
.11.848.401.081
|
Protective cap
|
Application of plasma cooling tube G902Y:
1. Semiconductor Manufacturing
- Wafer Processing: Maintains stable temperatures during critical processes like etching, deposition, and ion implantation.
- Cleanroom Environments: Ensures optimal cooling in environments that require strict temperature control to prevent defects.
2. Laser Technology
- Laser Cutting and Welding: Provides effective cooling for laser heads, enhancing performance and prolonging equipment lifespan.
- Medical Lasers: Maintains temperature stability in medical laser systems used for procedures such as skin treatments and surgeries.
3. Metal Processing
- Plasma Cutting: Used in plasma cutting machines to keep the torch cool, improving cutting speed and precision.
- Surface Treatment: Facilitates cooling during processes like plasma spraying, hardening, and coating.
4. Aerospace and Defense
- Thermal Management in Aerospace Systems: Essential for cooling components in aerospace applications, ensuring safety and performance.
- Defense Technologies: Supports cooling in advanced defense systems that utilize plasma technology for various applications.
5. Industrial Coating
- Plasma Coating Systems: Maintains temperature stability in plasma coating applications, ensuring uniformity and quality of coatings.
- Thin Film Deposition: Plasma cooling tube G902Y provides cooling in processes requiring controlled environments for thin film applications.
6. Research and Development
- Plasma Physics Research: Utilized in laboratories for experiments involving plasma generation, manipulation, and behavior.
- Material Science: Plasma cooling tube G902Y supports cooling in experiments exploring new materials and their properties under plasma conditions.
7. Medical Equipment
- Plasma Sterilization: Used in plasma sterilizers to maintain effective sterilization temperatures while managing heat generated during the process.
- Diagnostic Devices: Ensures precise temperature control in devices that require stable operating conditions.
8. Energy Sector
- Nuclear Fusion Research: Plasma cooling tube G902Y employed in experimental setups for cooling components in nuclear fusion reactors.
- Thermal Management in Power Plants: Supports cooling systems in power generation facilities utilizing plasma technology.
Reviews
There are no reviews yet.