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Introducing our state-of-the-art BDD Diamond Electrode Growth Equipment HFCVD, designed specifically for the production of high-quality Conductive Diamond Films. With its advanced technology and precision engineering, this equipment sets a new standard in diamond synthesis.
The BDD Diamond Electrode Growth Equipment HFCVD utilizes a unique process known as Hot Filament Chemical Vapor Deposition (HFCVD) to create conductive diamond films with exceptional properties. This cutting-edge method ensures the growth of diamond films that exhibit excellent electrical conductivity, making them ideal for a wide range of applications.
One of the key features of our BDD Diamond Electrode Growth Equipment HFCVD is its ability to precisely control the growth parameters, resulting in uniform and high-quality diamond films. The equipment is equipped with advanced temperature and pressure control systems, ensuring optimal conditions for diamond synthesis.
Additionally, our BDD Diamond Electrode Growth Equipment HFCVD is designed for ease of use and maintenance. Its user-friendly interface allows for effortless operation, while its robust construction guarantees long-lasting performance and durability.
In addition to the BDD Diamond Electrode Growth Equipment HFCVD, we also offer Carbide-based Diamond-coated products. These products combine the exceptional hardness and wear resistance of carbide with the superior properties of diamond coatings. The result is a range of tools and components that deliver outstanding performance and longevity in demanding applications.
Whether you are in the semiconductor industry, electronics manufacturing, or research and development, our BDD Diamond Electrode Growth Equipment HFCVD and Carbide-based Diamond-coated products are the perfect choice for your diamond synthesis needs. Trust in our professional-grade equipment and experience the unparalleled quality and reliability that our products bring to the table.
Technical indicators and characteristics:
Vacuum chamber | Structure: cylindrical + upper cover Material: 304 high-quality stainless steel Cavity size:Φ640x320mm |
Power supply: | AC220V / Three-phase 380V 30KW |
Temperature control | Low voltage and high current DC power supply with hot wire temperature up to 2500°C. Deposition substrate surface: about 600℃ Cavity wall temperature: <60℃ Temperature control accuracy: 0.1℃ |
Temperature measurement system | Far infrared optical temperature measurement + thermocouple monitoring |
Hot wire device: | Constant tension array geometry, molybdenum wire, copper feedthrough, tungsten wire bond processing for easy adjustment and maintenance |
Observation window | Main observation window φ190mm Auxiliary observation window φ45mm |
Water system | Water-cooled electrode, water-cooled cavity, water-cooled heating wire auxiliary components Main water pipe interface size 40mm Cooling water flow: 60L/MIN |
Vacuum system | Two-stage rotary vane pump + high vacuum valve combination (safety valve, flow sensor, regulating valve...), digital display composite vacuum gauge, Maximum pumping speed: 65 m3/h Equipment pressure maintenance: 12 hours after the pump is stopped, the vacuum is less than or equal to 10Pa; Exhaust port CF40 Exhaust port KF16 |
Operating system: | PLC+touch screen man-machine interface semi-automatic control system; |
Security system | Alarm and protection: alarm and implement corresponding protection measures for abnormal conditions such as water shortage, overcurrent and overvoltage, and open circuit of pumps and electrodes; perfect logic program interlock protection system; |
Footprint size | (Host) L1800×W1150×H1550(mm). |
Total Weight | 600kg |
Introducing our state-of-the-art BDD Diamond Electrode Growth Equipment HFCVD, designed specifically for the production of high-quality Conductive Diamond Films. With its advanced technology and precision engineering, this equipment sets a new standard in diamond synthesis.
The BDD Diamond Electrode Growth Equipment HFCVD utilizes a unique process known as Hot Filament Chemical Vapor Deposition (HFCVD) to create conductive diamond films with exceptional properties. This cutting-edge method ensures the growth of diamond films that exhibit excellent electrical conductivity, making them ideal for a wide range of applications.
One of the key features of our BDD Diamond Electrode Growth Equipment HFCVD is its ability to precisely control the growth parameters, resulting in uniform and high-quality diamond films. The equipment is equipped with advanced temperature and pressure control systems, ensuring optimal conditions for diamond synthesis.
Additionally, our BDD Diamond Electrode Growth Equipment HFCVD is designed for ease of use and maintenance. Its user-friendly interface allows for effortless operation, while its robust construction guarantees long-lasting performance and durability.
In addition to the BDD Diamond Electrode Growth Equipment HFCVD, we also offer Carbide-based Diamond-coated products. These products combine the exceptional hardness and wear resistance of carbide with the superior properties of diamond coatings. The result is a range of tools and components that deliver outstanding performance and longevity in demanding applications.
Whether you are in the semiconductor industry, electronics manufacturing, or research and development, our BDD Diamond Electrode Growth Equipment HFCVD and Carbide-based Diamond-coated products are the perfect choice for your diamond synthesis needs. Trust in our professional-grade equipment and experience the unparalleled quality and reliability that our products bring to the table.
Technical indicators and characteristics:
Vacuum chamber | Structure: cylindrical + upper cover Material: 304 high-quality stainless steel Cavity size:Φ640x320mm |
Power supply: | AC220V / Three-phase 380V 30KW |
Temperature control | Low voltage and high current DC power supply with hot wire temperature up to 2500°C. Deposition substrate surface: about 600℃ Cavity wall temperature: <60℃ Temperature control accuracy: 0.1℃ |
Temperature measurement system | Far infrared optical temperature measurement + thermocouple monitoring |
Hot wire device: | Constant tension array geometry, molybdenum wire, copper feedthrough, tungsten wire bond processing for easy adjustment and maintenance |
Observation window | Main observation window φ190mm Auxiliary observation window φ45mm |
Water system | Water-cooled electrode, water-cooled cavity, water-cooled heating wire auxiliary components Main water pipe interface size 40mm Cooling water flow: 60L/MIN |
Vacuum system | Two-stage rotary vane pump + high vacuum valve combination (safety valve, flow sensor, regulating valve...), digital display composite vacuum gauge, Maximum pumping speed: 65 m3/h Equipment pressure maintenance: 12 hours after the pump is stopped, the vacuum is less than or equal to 10Pa; Exhaust port CF40 Exhaust port KF16 |
Operating system: | PLC+touch screen man-machine interface semi-automatic control system; |
Security system | Alarm and protection: alarm and implement corresponding protection measures for abnormal conditions such as water shortage, overcurrent and overvoltage, and open circuit of pumps and electrodes; perfect logic program interlock protection system; |
Footprint size | (Host) L1800×W1150×H1550(mm). |
Total Weight | 600kg |
