シングルパルス集塵機

The basic structure of a single pulse filter consists of a collection box, a centrifugal fan, filter bags (or cartridges) and a microcontroller. Ash is drawn into the collection box through the suction pipe by the negative pressure generated by the fan. Utilizing gravity and the upward airflow, larger ash particles are first filtered and directly enter the box. Particulate ash is collected on the outer surface of the filter collector, while clean air is filtered, decomposed, and purified through the filter core before being released into the clean room through the fan outlet. The entire filtration process results from the combined effects of gravity, inertia, collision, electrostatic adsorption, and mesh filtration.

Single Pulse Dust Collector Highlights

The single pulse dust collector is an effective solution for maintaining air quality and managing ash in industrial environments.

• Efficient Dust Removal: Utilizes a single pulse of compressed air to clean filters, ensuring effective removal of accumulated powder.

• Compact Design: Requires less space compared to multi-pulse systems, making it ideal for facilities with limited room.

• Reduced Maintenance: The single pulse cleaning mechanism minimizes wear on filters, leading to longer filter life and reduced maintenance costs.

• High Filtration Efficiency: Capable of achieving high ash removal efficiency, often exceeding 99%, ensuring clean air exhaust.

• Cost-Effective Operation: Lower energy consumption due to the efficient cleaning process, resulting in reduced operational costs.

• Versatile Applications: Suitable for various industries, including manufacturing, woodworking, food processing, and pharmaceuticals.

• Easy Installation: Simplified design allows for straightforward installation and integration into existing systems.

• User-Friendly Control: Often equipped with intuitive controls for easy operation and monitoring of performance.

Applications 

• Manufacturing:Used in various manufacturing processes to capture dust generated from cutting, grinding, and machining operations.

• Woodworking:Effective in collecting wood powder and particles from saws, routers, and sanders, ensuring a safer and cleaner workspace.

• Food Processing:Employed to manage ash from flour, sugar, and other dry ingredients, maintaining hygiene and compliance with health standards.

• Pharmaceuticals:Utilized to control dust during the production of powders and granules, ensuring a clean environment and product quality.

• Chemical Industry:Used to collect dust from chemical powders and materials, preventing contamination and ensuring safety in production areas.

• Cement and Aggregate:Effective in capturing cement powder generated during the handling and processing of cement, lime, and aggregates in construction sites.

• Metalworking:Collects metal shavings and powder from milling, turning, and grinding processes, improving air quality and workplace safety.

• Textile Industry:Used to manage lint and fiber powder generated during textile processing, ensuring a cleaner working environment.

• Electronics:Employed in the electronics industry to control dust from components and materials, maintaining cleanliness and preventing defects.

These applications highlight the versatility and effectiveness of single pulse dust collectors in various industries, contributing to improved air quality and operational efficiency.