汽化过氧化氢消毒机
JIEHAO200
汽化过氧化氢是一种消毒技术，主要利用过氧化氢（H2O2)在特定条件下的汽化过程来实现消毒效果。
消毒原理：
- 过氧化氢在汽化过程中产生高浓度的纳米级过氧化氢分子。
- 这些分子均匀扩散到消毒空间，形成微凝结，释放出羟基自由基。
- 羟基自由基具有很强的氧化性，能够破坏微生物的细胞壁和DNA，从而杀灭病原微生物。
- 利用闪蒸技术产生高浓度纳米级过氧化氢分子，通过微凝结释放羟基自由基，实现病原微生物的杀灭。
消毒过程：
- 消毒完成后，过氧化氢迅速降解成氧气和水蒸气，直至浓度低于1ppm，消毒循环自动完成。
- 反应完成后，过氧化氢会迅速降解为氧气和水蒸气，确保消毒过程无毒无残留。
技术特点：
- 多角度喷射：确保空间消毒无死角。
- 远程控制：通过WIFI连接，使用平板电脑进行操作。
- 精准剂量控制：电子仪器控制过氧化氢使用量。
- 实时监控与追溯：消毒浓度可监控，数据可记录。
- 便捷使用：消毒液无需现场配置。
- 快速无毒：实现快速消毒且无残留。
- 广谱杀菌：全方位覆盖，达到高水平消毒效果。
- 温湿度监测：全程监控确保消毒效果。
- 人机分离：提高消毒过程的安全性。
- 自动化操作：一键启动，自动完成消毒，无需人工干预。
- 高效分解：内置过滤器，快速降解消毒后的空间过氧化氢。
应用场景：
- 医疗设施：用于手术室、ICU病房、救护车等的消毒。
- 实验室：用于生物安全实验室的表面和空间消毒。
- 食品加工：用于食品加工设备和环境的消毒，确保食品安全。
- 公共场所：如学校、酒店、机场等的消毒，减少病原体传播。
Vaporized Hydrogen Peroxide Disinfection Machine
JIEHAO200
Vaporized hydrogen peroxide is a disinfection technology that primarily utilizes the vaporization process of hydrogen peroxide (H2O2) under specific conditions to achieve disinfection effects.
Disinfection Principle:
- During the vaporization process, high concentrations of nanometer-level hydrogen peroxide molecules are produced.
- These molecules evenly diffuse throughout the disinfection space, forming micro-condensation and releasing hydroxyl radicals.
- Hydroxyl radicals have strong oxidizing properties that can destroy the cell walls and DNA of microorganisms, thereby killing pathogenic microorganisms.
- Flash evaporation technology is used to produce high concentrations of nanometer-level hydrogen peroxide molecules, which release hydroxyl radicals through micro-condensation to kill pathogenic microorganisms.
Disinfection Process:
- After disinfection, hydrogen peroxide rapidly degrades into oxygen and water vapor, until the concentration is below 1ppm, and the disinfection cycle is automatically completed.
- After the reaction is complete, hydrogen peroxide quickly degrades into oxygen and water vapor, ensuring that the disinfection process is non-toxic and leaves no residue.
Technical Features:
- Multi-angle spray: Ensures that there are no dead corners in space disinfection.
- Remote control: Operated via WIFI connection using a tablet computer.
- Precise dosage control: Electronic instruments control the amount of hydrogen peroxide used.
- Real-time monitoring and traceability: The disinfection concentration can be monitored, and data can be recorded.
- Convenient use: Disinfectant does not need to be prepared on-site.
- Rapid and non-toxic: Achieves rapid disinfection without residue.
- Broad-spectrum sterilization: Full coverage, achieving a high level of disinfection effect.
- Temperature and humidity monitoring: The entire process is monitored to ensure the effectiveness of disinfection.
- Separation of people and machines: Enhances the safety of the disinfection process.
- Automated operation: One-button start, automatic completion of disinfection, no manual intervention is required.
- Efficient decomposition: Built-in filter quickly degrades hydrogen peroxide in the space after disinfection.
Application Scenarios:
- Medical facilities: Used for disinfection in operating rooms, ICU wards, ambulances, etc.
- Laboratories: Used for surface and space disinfection in biosafety laboratories.
- Food processing: Used for disinfection of food processing equipment and environment to ensure food safety.
- Public places: Such as schools, hotels, airports, etc., to reduce the spread of pathogens.
