The Tin Spray Dust Collection System is an innovative industrial air filtration solution engineered for PCB manufacturing, tin spraying processes, and electronics production. This state-of-the-art dust removal system effectively captures tin compound dust, rosin fumes, and airborne particulates using an integrated wet scrubber and electrostatic degreasing system. It ensures high-efficiency air purification, stable performance, and compliance with strict environmental regulations.
Can be used for the occasion of high flue gas temperature and high pressure.
Cost-effective investment and operating costs.
During the tin spraying process in PCB manufacturing, lead-tin or tin-copper alloys are melted and evenly applied to circuit boards. To enhance adhesion, rosin-based flux is used, generating hazardous tin compound dust and organic fumes. If not properly managed, these emissions can compromise air quality and pose health risks.
The Tin Spray Dust Collection System is engineered with dual-stage filtration technology, ensuring the removal of harmful particulates and organic vapors before they are released into the atmosphere. This high-efficiency dust extraction unit is widely adopted in industries such as electronics manufacturing, medical device production, aerospace, and telecommunications.
Advanced Filtration System
Wet Scrubber for Particulate Removal Utilizes a cyclonic separation process to trap water-soluble contaminants. Enhances gas-liquid interaction for effective pollutant absorption. High-speed circulation water continuously captures dust and organic particles, ensuring optimal filtration.
Electrostatic Oil Mist Filtration Uses high-voltage electrostatic fields to neutralize and break down oil mist and rosin fumes. Fine particulates are decomposed into CO₂ and H₂O, ensuring compliance with environmental regulations. High-efficiency adsorption field captures micron-sized oil mist particles, preventing contamination.
How It Works: Tin Spray Dust Extraction Process
Step 1: Wet Scrubbing Filtration Dust-laden air passes through the high-efficiency wet scrubber, where contaminants interact with circulating water. Water-soluble pollutants are absorbed, and fine particulates are captured efficiently. Filtered air proceeds to the next purification stage, ensuring comprehensive dust removal.
Step 2: Electrostatic Degreasing The semi-purified air enters the electrostatic filtration unit, where high-voltage electrostatic fields remove oil mist and rosin fumes. Fine mist particles are ionized, neutralized, and converted into harmless CO₂ and H₂O. Purified air is safely discharged, ensuring minimal emissions and workplace safety compliance.
The Tin Spray Dust Collection System provides a high-performance solution for industrial air purification in PCB manufacturing, tin spraying, and electronic production environments. By combining wet dust collection technology with electrostatic mist filtration, this system ensures clean air, explosion-proof safety, and stable long-term operation.
With cutting-edge filtration technology, customizable configurations, and eco-friendly design, this dust removal system offers a reliable solution for industries dealing with metal dust, rosin-based fumes, and hazardous airborne contaminants.
Asphalt Plant
Boiler Factory
Cement Plant
Kiln Factory
Metallurgical Plant
Oil Exploitation
Power Plant
Casting Plant
Steelworks
Coal-fired Boiler
Wood-fired Boiler / Carbon Black Factory
Sulfuric Acid Plant
Waste Incineration Boiler
Pharmaceutical Factory
Grain Elevator
Plastics
Installation Tutorial for Industrial Dust Collectors
Baghouse Dust Collector Installation On-Site
FAQ
Q : What parameters are required for designing a dust collector?
A: To accurately design a dust collector, we need the following parameters: air volume, pressure, local emission standards, and whether the system will handle dust or flue gas. If dealing with flue gas, the temperature must also be provided.
Q : Can we design a dust collector if the customer only provides a factory layout without specific parameters?
A: Yes, we can design a dust collector based on the customer's factory layout and provide a proposal and quotation to ensure compatibility with the existing space and optimal system arrangement.
Q : What materials are used for filter bags?
A: We provide filter bags in various materials, including polyester needle-punched felt, PPS (polyphenylene sulfide), and PTFE (polytetrafluoroethylene), to accommodate different operating conditions and dust characteristics.
Q : What is the minimum emission standard that can be achieved?
A: Our dust collectors can meet extremely low emission standards, with the lowest achievable emission level being below 1mg/m³, complying with strict environmental regulations.
Q : What are the available dust discharge methods?
A: The dust discharge methods include bulk bag collection, dust bucket collection, and screw conveyors. The most suitable method can be selected based on the customer's processing requirements and site conditions.
Q : What is the typical service life of a dust collector?
A: Under normal usage and proper maintenance, a dust collector typically has a service life of over 10 years.
Q : Can the dust collector be customized?
A: Yes, we offer customized solutions based on the customer's specific requirements and operating conditions to design and manufacture the most suitable dust collector.
