Description
Features
- Metal components: The primary material used is galvanized steel with a thickness of ≥1.2mm. It undergoes epoxy electrostatic spraying and is coated with a durable, chemical-resistant, and lead-free coating. This ensures a high-quality finish and minimizes the effects of corrosion and moisture.
- Structural design: The cabinet body features integrated 60°R angle corners, adding a touch of elegance to the overall product design. The round-arc chamfer design at the bottom of the cabinet facilitates effortless cleaning during daily maintenance.
- Front and side panels: The front door is designed with a sliding structure, allowing convenient access for weighing operations. It is constructed using ≥6mm acrylic board, known for its exceptional weather resistance, chemical resistance, longevity, transparency, and visual appeal.
- Real-time temperature and humidity monitoring system: The system provides continuous display of temperature and humidity levels and allows users to set alarm parameters, ensuring the safety of the product and its contents.
- Fan monitoring: The fan system incorporates a failure alarm mechanism and offers online adjustable fan speed, enabling precise control of air volume required for different chemical operations.
- Filter saturation alarm system: Equipped with a double-layer filter, the product features a VOC probe to monitor filter saturation. The alarm is triggered when the saturation exceeds the set threshold. In the case of organic gases, a differential pressure sensor is available to detect HEPA filter saturation.
- PSC fan imported from the United States: This 24-volt fan ensures stable performance, ultra-quiet operation, and eliminates spark static.
- High-efficiency filtration system: The system is designed based on particle size distribution following ASTM standards. It effectively targets acid gases and organic gases with its strong adsorption capacity. HEPA filters are utilized for particles, providing a filtration efficiency of 99.995% for particles larger than 0.3um.
- Safety: The fume hood complies with the OEB5 protection standard, with a leakage rate of less than 1μg/m³. The fan speed is adjustable to meet the required surface wind speed of 0.4-0.6m/s.
- LED lighting: The power of the LED lighting system is equivalent to a 25W fluorescent lamp. It operates without generating heat, ensuring a safe experimental environment. Additionally, it is energy-saving, environmentally friendly, and has a long service life.
Software
- The device features a large 5-inch display, equipped with an intelligent HMI (Human-Machine Interface) for seamless interaction with the Internet of Things. With a resolution of 1024×600, it ensures a perfect visual experience.
- Enjoy the convenience of SIM card 4G communication, supported by a module that has obtained national compulsory product certification, ensuring reliable and secure connectivity.
- Take advantage of remote management capabilities through the WeChat client. View historical VOC data, temperature, and humidity environment data presented in intuitive curve formats. Access and review historical alarm records while remotely controlling fans and alarm lights.
- The system provides an API interface, allowing seamless integration with third-party platforms for enhanced functionality and expanded possibilities.
- The software control system has undergone rigorous evaluation at the Software Evaluation Center, accompanied by a comprehensive test report to demonstrate its reliability and performance.
Advantages
- Enjoy the convenience of easy installation without the need for complex pipeline engineering. Our system is designed to be hassle-free, with no exhaust gas discharged outside, making it a new and environmentally friendly solution.
- Customize the top of the system with a versatile filter module system to cater to various experimental requirements. This flexibility ensures compatibility with a wide range of experiments and research needs.
- Harness the power of advanced modular filtration technology, capable of efficiently capturing and absorbing harmful gases, particulate dust, and other substances generated during filtration experiments. This ensures a clean and safe working environment.
- Optimize energy consumption with our system that eliminates the need for air-conditioning, resulting in efficient energy savings. You can enjoy the benefits of a well-controlled environment without unnecessary energy usage.
- Adaptability is key, and our system offers versatile placement options. It can be conveniently placed on a desktop or equipped with a mobile wheel base, providing flexibility for any complex experimental site.
Principle
- Air inlet: Benefit from our air inlet design that allows direct drawing of laboratory air into the fume hood. This creates a negative pressure environment, and the steady face velocity acts as a natural barrier, ensuring the safety of users handling chemicals.
- Comprehensive filtration system: Experience the effectiveness of our comprehensive filtration system. The fan system efficiently sucks in toxic and harmful gases, filters them, and returns clean air to the room. With excellent control over gas concentration, our system prevents chemical gases from escaping into the room and causing pollution.
- Clean laboratory air: Enjoy cleaner laboratory air thanks to our customized filtration approach. We configure different filters based on specific operations to effectively remove toxic and harmful gases, purify the laboratory air, and eliminate residual chemical odors. This enhances the overall cleanliness of your laboratory environment.
- Purify the surrounding air: Embrace a healthier environment as our fume hood continuously filters the surrounding air. Our system’s filtration efficiency ensures ongoing air purification, contributing to a cleaner and safer room environment.
Qualification
- ISO9001 quality certification certificate
- ISO14001 environmental certification
- ISO45001 professional certification certificate
- EU CE certification
- SF6 control concentration test report
- Provide no less than 15 kinds of gas SGS adsorption capacity test reports
- Noise test report
- Provide no less than 10 kinds of gas filter rated adsorption capacity reports (for isopropanol adsorption capacity ≥ 625g, cyclohexane adsorption capacity ≥ 890g, hydrochloric acid adsorption capacity ≥ 2184g)
- Provide the OEB sealing test report issued by the International Pharmaceutical Engineering Association
- Provide software control system test report
- Provide software copyright certificate
