News

Spray booth  filters  are critical components of the air purification system. Their primary role is to efficiently capture airborne suspended particles (such as dust and fibers), ensuring air cleanliness within the spray environment. Through a physical filtration mechanism, airborne contaminants are trapped within the fiber network, significantly improving air quality during painting operations.

In the industrial coating field, high-temperature paint baking rooms have become essential equipment for surface treatment due to their energy efficiency and high performance. Compared to traditional baking rooms, their structural design is more streamlined, optimizing pipeline layouts and heating systems to significantly reduce energy consumption and failure rates. Below is a detailed breakdown of their core configurations and functional advantages across six dimensions.  

Spray coating operations generate exhaust gases containing benzene series, esters, volatile organic compounds (VOCs), and suspended particulate matter, posing significant threats to ecosystems and human health. With increasingly stringent environmental regulations, the industry urgently requires efficient and cost-effective exhaust gas treatment systems. Current technologies have evolved from single purification methods to multi-stage collaborative treatment systems, combining physical adsorption, thermal decomposition, and phase-change processes to achieve compliant emissions. This article provides a detailed analysis of mainstream treatment technologies and innovative applications, offering insights for pollution control in the industry.  

In the field of air purification, U15, U16, and U17 ultra-High Efficiency Filters form a rigorous filtration hierarchy. Their core differences lie in filtration precision, structural design, and targeted application scenarios. All three classes are validated using the MPPS (Most Penetrating Particle Size) testing method, but their performance parameters exhibit tiered improvements.

As a high-efficiency air purification material, Spray Booth Filter media plays a critical role in industrial production systems. Its applications span industrial coating, automotive manufacturing, surface treatment, and other sectors, demonstrating irreplaceable value in ensuring operational environment safety.

As the problem of industrial air pollution becomes direr, the significance of air filter cotton, especially primary filter cotton, is slowly increasing. This filter is utilized not only in and ventilation systems for sanitary or dust removal purposes, but as a pre-filter in the clean room air supply system as well. This serves the purpose of capturing larger dust particles, which eventually leads to lesser burdens on the primary air filter cotton, and aids in prolonging the life of the fine filter device. I will list down the three primary requirements that air filter cotton must fulfill.

As industrial air pollution becomes increasingly serious, the role of air filter cotton is becoming increasingly important, especially primary filter cotton. 

Primary filter media is mainly used for pre-filtration in purification systems. It is the most commonly used and widely used filter material in air purification. It mainly removes particles and suspended matter larger than 5μm in the atmosphere. It is economical and practical, has low initial resistance, high dust holding capacity, is flexible, safe, environmentally friendly and easy to use.