Corrosion Resistance Class 100 Anoxic Drying Oven

① Utilizes a high-precision oxygen concentration sensor and automatic gas exchange system to maintain oxygen content in the chamber at extremely low levels (e.g., <100ppm), fundamentally preventing material oxidation.
② Relies on an advanced fluid dynamics design and a highly efficient hot air circulation system to ensure temperature fluctuations within the working area are ≤±1℃, guaranteeing consistency in batch processing.
③ Can integrate high-efficiency HEPA or ULPA filters (optional configuration), providing a low-oxygen environment while achieving Class 100 cleanliness, meeting the ultra-high purity process requirements of semiconductors, optoelectronic materials, etc.
④ Built-in mass flow controller (MFC) allows for precise programmable control and real-time monitoring of the flow and pressure of inert gases such as nitrogen and argon, enabling process traceability.
⑤ The inner chamber is made of SUS304 stainless steel with brushed finish and full-circumference welding, combined with double silicone seals and pneumatic locking, ensuring extremely low leakage and outgassing rates.
⑥ Integrates multiple hardware and software safety interlocks, including oxygen concentration exceeding limits, over-temperature, abnormal pressure, and power failure recovery, providing robust protection for sensitive processes and the equipment itself.
⑦ Equipped with a large-size color touch screen and multi-segment programmable controller, allowing users to intuitively set and monitor all process parameters, ensuring easy operation and complete data recording.
⑧ Core components are made of high-temperature and corrosion-resistant special materials, enabling long-term stable operation in high-temperature conditions and resistance to corrosive atmospheres that may be generated during the process.
⑨ Utilizes high-performance insulation materials and an adaptive PID heating control algorithm to minimize heat loss, achieve rapid heating and precise temperature control, and effectively reduce energy consumption.
⑩ A built-in data logger can store a large amount of process curves and event logs, and comes standard with Ethernet or RS-485 interfaces for easy remote monitoring and integration with higher-level systems.
⑪ Key components such as sensors, heaters, and seals are modularly designed, supporting quick disassembly and replacement, greatly shortening maintenance cycles and downtime.
⑫ Through rigorous inner chamber treatment and degassing processes, the equipment itself releases almost no volatile pollutants in a high-temperature, oxygen-free environment, ensuring the intrinsic properties of the materials. Its exceptional cleanliness and temperature control performance make it perfectly suited for cutting-edge fields in high-tech industries such as semiconductor chip manufacturing, MEMS packaging, biopharmaceuticals, and precision optics.
⑬ Guaranteed After-Sales Service: We provide a comprehensive after-sales service network covering most areas of the country, ensuring worry-free use for our customers (Note: excluding a very few remote towns and villages);
⑭ Technical Support Solutions: We provide multi-faceted technical guidance through videos, telephone support, and online video tutorials, intuitively demonstrating equipment performance and operating methods to help users quickly master the equipment.