Our vertical Ni-based superalloy reactor (vertical furnace) boasts excellent creep strength and oxidation resistance, operating at up to 1100°C (max pressure 4 MPa) under oxygen or inert gas atmospheres. Ideal for advanced material preparation via hydrothermal methods—especially high-oxygen-pressure sample heat treatment—it doubles as a steam generator. Equipped with a flange-mounted solenoid valve for automatic pressure relief, it includes temperature control and real-time pressure monitoring software enabling remote operation.
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Our vertical Ni-based superalloy reactor (vertical furnace) boasts excellent creep strength and oxidation resistance, operating at up to 1100°C (max pressure 4 MPa) under oxygen or inert gas atmospheres. Ideal for advanced material preparation via hydrothermal methods—especially high-oxygen-pressure sample heat treatment—it doubles as a steam generator. Equipped with a flange-mounted solenoid valve for automatic pressure relief, it includes temperature control and real-time pressure monitoring software enabling remote operation.
Key Features & Advantages
Dual-Technology Synergy: Ultrasonic atomization (up to 50kHz) generates micro-droplets (10-20μm) for fine coating, while programmable spin speed (300-3000 rpm) ensures film density. Switch between spin-only, spray-only, or combined modes for flexible process control .
Exceptional Uniformity: Swing arm (1°-20°/s adjustable speed) with dual nozzles (20mm narrow/40mm wide spray) ensures full substrate coverage. Coating thickness variation ≤±5% for consistent product quality .
Precision Control System: Touchscreen panel regulates ultrasonic power, spray rate (0.6pl-4ml/min), spin speed, and heating temperature (RT-80°C). Heatable syringe pump (up to 75°C) accommodates 1-50 mPa·s viscosity fluids .
Integrated Safety & Efficiency: Built-in fume hood with 4" venting port and LED lighting ensures safe operation. Inline IR heater enables instant post-coating drying, reducing process time by 30% vs. traditional methods .
Scalable Configuration: Optional 2-4 ultrasonic heads for layer-by-layer coating; multi-channel syringe pump available for complex material deposition .
Our vertical Ni-based superalloy reactor (vertical furnace) boasts excellent creep strength and oxidation resistance, operating at up to 1100°C (max pressure 4 MPa) under oxygen or inert gas atmospheres. Ideal for advanced material preparation via hydrothermal methods—especially high-oxygen-pressure sample heat treatment—it doubles as a steam generator. Equipped with a flange-mounted solenoid valve for automatic pressure relief, it includes temperature control and real-time pressure monitoring software enabling remote operation.
Key Features & Advantages
Dual-Technology Synergy: Ultrasonic atomization (up to 50kHz) generates micro-droplets (10-20μm) for fine coating, while programmable spin speed (300-3000 rpm) ensures film density. Switch between spin-only, spray-only, or combined modes for flexible process control .
Exceptional Uniformity: Swing arm (1°-20°/s adjustable speed) with dual nozzles (20mm narrow/40mm wide spray) ensures full substrate coverage. Coating thickness variation ≤±5% for consistent product quality .
Precision Control System: Touchscreen panel regulates ultrasonic power, spray rate (0.6pl-4ml/min), spin speed, and heating temperature (RT-80°C). Heatable syringe pump (up to 75°C) accommodates 1-50 mPa·s viscosity fluids .
Integrated Safety & Efficiency: Built-in fume hood with 4" venting port and LED lighting ensures safe operation. Inline IR heater enables instant post-coating drying, reducing process time by 30% vs. traditional methods .
Scalable Configuration: Optional 2-4 ultrasonic heads for layer-by-layer coating; multi-channel syringe pump available for complex material deposition .
