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PID Self-Tuning Temperature Control Mode UV Weathering Test Chamber For Nonmetallic Materials UV aging testing chamber is applicable for the sunlight resistant test of nonmetallic materials and aging test of ar...
PID Self-Tuning Temperature Control Mode UV Weathering Test Chamber For Nonmetallic Materials UV aging testing chamber is applicable for the sunlight resistant test of nonmetallic materials and aging test of ar...
PID Self-Tuning Temperature Control Mode UV Weathering Test Chamber For Nonmetallic Materials UV aging testing chamber is applicable for the sunlight resistant test of nonmetallic materials and aging test of ar...
PID Self-Tuning Temperature Control Mode UV Weathering Test Chamber For Nonmetallic Materials UV aging testing chamber is applicable for the sunlight resistant test of nonmetallic materials and aging test of ar...
PID Self-Tuning Temperature Control Mode UV Weathering Test Chamber For Nonmetallic Materials UV aging testing chamber is applicable for the sunlight resistant test of nonmetallic materials and aging test of ar...
PID Self-Tuning Temperature Control Mode UV Weathering Test Chamber For Nonmetallic Materials UV aging testing chamber is applicable for the sunlight resistant test of nonmetallic materials and aging test of ar...
PID Self-Tuning Temperature Control Mode UV Weathering Test Chamber For Nonmetallic Materials UV aging testing chamber is applicable for the sunlight resistant test of nonmetallic materials and aging test of ar...
PID Self-Tuning Temperature Control Mode UV Weathering Test Chamber For Nonmetallic Materials UV aging testing chamber is applicable for the sunlight resistant test of nonmetallic materials and aging test of ar...
PID Self-Tuning Temperature Control Mode UV Weathering Test Chamber For Nonmetallic Materials UV aging testing chamber is applicable for the sunlight resistant test of nonmetallic materials and aging test of ar...
... × 400 × 400mm(W×H×D) Heating Method: U-shaped molybdenum coil Process Atmosphere: nitrogen/hydrogen (optional humidification function) Temperature Control Stability: ±1ºC, with PID parameter self-tuning...
....: 500ºC Effective Dimensions: 600 × 600 × 600mm(W×H×D) Heating Method: Stainless Steel Heater Process Atmosphere: Nitrogen Temperature Control Stability: ±1ºC, with PID parameter self-tuning function Temper...
....: 650ºC Effective Dimensions: 600 × 600 × 600mm(W×H×D) Heating Method: Stainless Steel Heater Process Atmosphere: Air Temperature Control Stability: ±1ºC, with PID parameter self-tuning...
....: 650ºC Effective Dimensions: 600 × 600 × 600mm(W×H×D) Heating Method: Stainless Steel Heater Process Atmosphere: Air Temperature Control Stability: ±1ºC, with PID parameter self-tuning...
....: 500ºC Effective Dimensions: 800 × 800 × 800mm(W×H×D) Heating Method: Stainless Steel Heater Process Atmosphere: Nitrogen Temperature Control Stability: ±1ºC, with PID parameter self-tuning...
....: 500ºC Effective Dimensions: 800 × 800 × 800mm(W×H×D) Heating Method: Stainless Steel Heater. Process Atmosphere: Nitrogen. Temperature Control Stability: ±1ºC, with PID parameter self-tuning function....
... Temp.: 300ºC Effective Dimensions: 800 × 800 × 800mm(W×H×D) Heating Method: Customized Heater Process Atmosphere: Nitrogen Temperature Control Stability: ±1ºC, with PID parameter self-tuning function...
...; Cleanliness assurance: The inner chamber is constructed with high-purity alumina foam ceramic to ensure cleanliness at high temperatures; Temperature control stability: ±1ºC, with PID parameter self-tuning...
... components, ceramic filters, etc. II. Core Technology & Performance Parameters Temperature Control: Rated Temperature: 1650°C Max Temperature: 1700°C Temperature Stability: ±1°C (PID auto-tuning) Temperatur...
... Temp.: 300ºC Effective Dimensions: 800 × 800 × 800mm(W×H×D) Heating Method: Customized Heater Process Atmosphere: Nitrogen Temperature Control Stability: ±1ºC, with PID parameter self-tuning function...