NAROO (Xiamen) Environmental Protection Technology Co., Ltd. products

The Cyclone Dust Collector leverages advanced aerodynamic principles to optimize the separation of dust particles from airflow based on their specific gravity and density. By utilizing centrifugal force and inertia, it effectively isolates particulates, thereby minimizing sedimentation and filtration pressure on high-efficiency dust collectors. This enhances the overall operational efficiency and prolongs the lifespan of the dust collection system. The design specifically targets particles with varied densities, ensuring a comprehensive filtration process. Ideal for industrial applications, this technology supports continuous and stable performance, vital for maintaining optimal working conditions in environments with high dust generation. It seamlessly integrates with existing systems, providing a robust solution for improving air quality and safeguarding machinery and worker health.

The Filter Cartridge Dust Collector integrates advanced surface filtration and pulse cleaning technologies to effectively manage dust particles based on their size. Using sophisticated wind resistance software, the system calculates essential parameters such as air volume, wind speed, pipeline layout, pipe diameter, and equipment pressure loss. This process allows for the design of an optimized air-to-cloth ratio. The dust collector is available in various integrated and split configurations, accommodating different industrial needs. Models include the 3-12, 3-9, 3-6, and 2-4 Integrated Dust Collectors, as well as the 3-9 Split Type Dust Collector. These systems ensure high efficiency and reliability, suitable for industries ranging from lithium batteries to automotive and laser applications.

This product is engineered to efficiently separate dust from flue gas using a specialized fabric bag filter element. The fabric captures solid particles in the dust-filled gas. As dust-laden gas flows through, particles collide with the filter cloth fibers and are intercepted by inertial forces. The filtered dust collects on the outer surface of the bag, while clean gas passes through the filter material and enters the filter bag interior. This product is essential for industries requiring high-efficiency dust separation, ensuring cleaner emissions and better air quality. It is widely applied in industrial settings such as power plants, manufacturing facilities, and waste incineration plants.

The Aluminum Dust Collector utilizes the principle of mixed sedimentation and separation to handle various types of dust, especially active or flammable metal and non-metallic dust. The process involves the use of an inert liquid to capture the dust particles, which then undergo degradation and sedimentation. The separated and degraded liquid is subsequently cycled back into an oil tank for reuse. This mechanism ensures efficient dust collection and minimal environmental impact. The system is designed to be adaptable to multiple industrial applications including lithium batteries, car manufacturing, photovoltaic cells, and laser technology.

The Explosion Proof Vacuum Cleaner by NAROO is designed with industrial safety and effectiveness in mind, ensuring a higher standard for environments where safety is paramount due to the presence of volatile substances. This vacuum cleaner boasts advanced filtration systems, which include multi-stage HEPA filters to ensure particles and potential ignition sources are securely contained. Constructed with robust, durable materials, it complies with stringent international safety standards, such as ATEX and IECEx certifications. Its design incorporates anti-static components to prevent the buildup of static electricity, and it includes powerful yet efficient motors designed to handle rigorous use. Tailored for applications in the chemical, pharmaceutical, and automotive industries among others, the Explosion Proof Vacuum Cleaner guarantees not only operational safety but also efficiency, making it an essential tool for maintaining cleanliness in hazardous environments.