Kuvaus
Features of Plasma Cooling Tube G931Y:
1. Korkea lämmönjohtavuus
- Materiaalin valinta: Made from high-conductivity materials (such as aluminum alloys or copper) to ensure rapid and effective heat transfer.
- Heat Exchange Efficiency: Plasma cooling tube g931y Optimized design enhances heat exchange efficiency, reducing system temperatures.
2. Compact Design
- Space-Saving: The compact form factor allows for installation in space-constrained environments, facilitating integration into existing systems.
- Modular Structure: Plasma cooling tube g931y can be combined in a modular fashion to flexibly address varying cooling requirements.
3. Kestävyys
- Korkean lämpötilan vastus: Capable of withstanding extreme temperature fluctuations, ensuring reliability in high-temperature environments.
- Korroosionkestävyys: Surface treatment technologies enhance resistance to chemical corrosion, extending the lifespan of the product.
4. Efficient Flow Rate Design
- Fluid Dynamics Optimization: Internal channel design optimized for fluid dynamics ensures uniform flow of coolant and efficient heat transfer.
- Low Resistance Characteristics: Plasma cooling tube g931y reduces the resistance to fluid flow, enhancing the overall efficiency of the system.
5. Yhteensopivuus
- Diverse Application Scenarios: Compatible with various plasma devices, suitable for semiconductor manufacturing, laser processing, and metal treatment.
- Vahva sopeutumiskyky: Plasma cooling tube g931y customizable interfaces and connection methods based on customer requirements.
6. Helppo asennus
- Käyttäjäystävällinen muotoilu: Equipped with standard fittings to simplify the installation process, reducing installation time and labor costs.
- Clear Installation Guide: Plasma cooling tube g931y comes with detailed installation manuals to ensure quick user adoption.
7. Matalat huoltovaatimukset
- Self-Cleaning Features: Designed with self-cleaning characteristics to minimize sediment accumulation and reduce maintenance frequency.
- Long-Term Stability: Plasma cooling tube g931y rigorously tested to ensure high performance even during prolonged operation.
8. Mukautettavat vaihtoehdot
- Diverse Specifications: Plasma cooling tube g931y offers various sizes and configurations based on specific customer needs.
- Personalized Solutions: Provides customized designs for specific applications to meet unique cooling requirements.
|
Hifocus130i
|
KOODI
|
Kuvaus
|
|
G901Y
|
.11.848.201.142
|
Jäähdytysputki
|
|
G002Y
|
.11.848.221.300
|
Katodi O2
|
|
G101
|
.11.848.221.145
|
Kaasu -opas
|
|
G2006
|
.11.848.221.406
|
Suutin O2 25A
|
|
G2007
|
.11.848.221.407
|
Suutin O2 35a
|
|
G3004
|
.11.848.201.1604
|
Suuttimen korkki
|
|
G4015
|
.11.848.201.1515
|
Pyöriä kaasukorkki
|
|
G4020
|
.11.848.201.1520
|
Pyöriä kaasukorkki
|
|
G501
|
.11.848.201.081
|
Suojakorkki
|
|
G003Y
|
.11.848.221.310
|
Katodi -o2
|
|
G102
|
.11.848.221.146
|
Kaasu -opas
|
|
G2008
|
.11.848.221.408
|
Suutin O2 50A
|
|
G2010
|
.11.848.221.410
|
Suutin O2 80A
|
|
G2012
|
.11.848.221.412
|
Suutin O2 120a
|
|
G2014
|
.11.848.221.414
|
Suutin O2 160a
|
|
G2016Y
|
.11.848.221.416
|
Suuttimen o2 200a
|
|
G3028
|
.11.848.201.1628
|
Suuttimen korkki
|
|
G4022
|
.11.848.201.1522
|
Pyöriä kaasukorkki
|
|
G4025
|
.11.848.201.1525
|
Pyöriä kaasukorkki
|
|
G4030
|
.11.848.201.1530
|
Pyöriä kaasukorkki
|
|
G032Y
|
.11.848.421.310
|
Katodi O2
|
|
G034Y
|
.11.848.421.330
|
Katodi O2
|
|
G121
|
.11.848.421.145
|
Kaasu -opas
|
|
G2326Y
|
.11.848.421.426
|
Suutin O2 280a
|
|
G2330y
|
.11.848.421.430
|
Suutin O2 360a
|
|
G2331Y
|
.11.848.421.431
|
Suutin -o2-400a
|
|
G3209
|
.11.848.401.1609
|
Suuttimen korkki
|
|
G3219
|
.11.848.401.1619
|
Suuttimen korkki
|
|
G3229
|
.11.848.401.1629
|
Suuttimen korkki
|
|
G4345
|
.11.848.401.1545
|
Pyöriä kaasukorkki
|
|
G4350
|
.11.848.401.1550
|
Pyöriä kaasukorkki
|
|
G4355
|
.11.848.401.1555
|
Pyöriä kaasukorkki
|
|
G971
|
.11.848.411.142
|
Jäähdytysputki
|
|
G042
|
.11.848.211.510
|
Katodi arh2
|
|
G3008
|
.11.848.201.1608
|
Suuttimen korkki
|
|
G3018
|
.11.848.201.1618
|
Suuttimen korkki
|
|
G052
|
.11.848.311.510
|
Katodi
|
|
G105
|
.11.848.221.149
|
Kaasu -opas
|
|
G2516
|
.11.848.311.616
|
Suutin
|
|
G4530
|
.11.848.311.1530
|
Pyöriä kaasukorkki
|
|
G071
|
.11.848.411.500
|
Katodi arh2
|
|
G125
|
.11.848.421.149
|
Kaasu -opas
|
|
G2725
|
.11.848.411.625
|
Suutin arh2
|
|
G2727
|
.11.848.411.627
|
Suutin arh2
|
|
G2729
|
.11.848.411.629
|
Suutin arh2
|
|
G3249
|
.11.848.401.1649
|
Suuttimen korkki
|
|
G4335
|
.11.848.401.1535
|
Pyöriä kaasukorkki
|
|
G4340
|
.11.848.401.1540
|
Pyöriä kaasukorkki
|
|
G521
|
.11.848.401.081
|
Suojakorkki
|
Application of plasma cooling tube G931Y:
1. Puolijohdevalmistus
- Kiekkojen käsittely: Maintains stable temperatures during critical processes such as etching and deposition.
- Lithography: Ensures optimal cooling of equipment to enhance precision in patterning.
2. Lasertekniikka
- Laser Cutting: Provides effective cooling for laser heads, improving cutting efficiency and prolonging equipment lifespan.
- Laser Welding: Maintains the temperature of welding equipment, ensuring consistent performance and quality.
3. Metallinkäsittely
- Plasman leikkaus: Used in plasma cutting machines to keep the torch cool, enhancing cutting speed and accuracy.
- Pintakäsittely: Facilitates effective cooling during surface modification processes like plasma spraying or hardening.
4. Lääketieteelliset laitteet
- Plasman sterilointi: Supports cooling in plasma sterilizers, ensuring effective sterilization while managing heat generated during the process.
- Diagnostiset laitteet: Used in devices that require precise temperature control for optimal performance.
5. Teollisuuspinnoite
- Plasmapäällystejärjestelmät: Ylläpitää lämpötilan stabiilisuutta plasman pinnoitesovelluksissa varmistaen pinnoitteiden tasaisuuden ja laadun.
- Ohutkalvo: Plasma cooling tube g931y provides cooling in processes requiring controlled environments for thin film applications.
6. Tutkimus ja kehitys
- Plasmafysiikan tutkimus: Utilized in laboratories for experiments involving plasma generation and manipulation.
- Materiaalitiede: Supports cooling in experiments that explore new materials and their properties under plasma conditions.
7. Ilmailu- ja puolustus
- Lämpöhallinta ilmailu-: Used in aerospace applications where efficient cooling is critical for performance and safety.
- Puolustustekniikka: Tukee jäähdytystä edistyneissä puolustusjärjestelmissä, jotka hyödyntävät plasmatekniikkaa erilaisiin sovelluksiin.
Arvostelut
Arvosteluja ei vielä ole.