High-Temperature Glass Fiber Bag Dust Collector | Industrial Filtration for Drying Systems

The Glass Fiber Bag Dust Collector is a specialized industrial air filtration system designed for high-temperature dust removal applications. Engineered to handle extreme flue gas conditions, this high-efficiency dust collector integrates pulse jet cleaning, chamber backwashing, and real-time temperature monitoring, ensuring continuous operation and optimized dust collection. Constructed with a robust steel structure, insulated with lightweight rock wool panels, and featuring heat-resistant fiberglass filter bags, this baghouse dust collector guarantees 99.9% filtration efficiency, making it ideal for industrial dryers, smelting furnaces, cement kilns, and thermal processing units.

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High dust removal efficiency up to 99.99%.
Bag lifespan of up to 10 years.
Low energy, high dust removal efficiency.
Can remove 0.01-50μm dust in the flue gas.
Can be used for the occasion of high flue gas temperature and high pressure.
Cost-effective investment and operating costs.

This advanced industrial filtration unit is specifically designed for high-temperature industrial environments, ensuring superior dust extraction efficiency while withstanding harsh operating conditions. The system’s durable fiberglass filter bags offer excellent thermal shock resistance, wear resistance, and corrosion resistance, making them highly effective in capturing fine particulates and hazardous emissions from industrial drying applications.

The baghouse dust collector is fully enclosed in a steel framework, insulated with 100mm rock wool panels, and protected by a galvanized outer shell for enhanced thermal protection. Additionally, the cold-stamped perforated plate ensures structural integrity while optimizing filtration efficiency.

How It Works:Advanced Filtration & Dust Removal

Flue Gas Dust Collection: Dust-laden air enters the baghouse filtration system.Large particulates settle in the dust hopper, while fine particles adhere to the fiberglass filter bags.Clean air is filtered and released through the outlet duct, ensuring safe emissions.
Automated Pulse Jet Cleaning: PLC-controlled system detects dust accumulation and activates backwashing cycles.Compressed air pulses dislodge dust particles, preventing clogging and optimizing airflow.Collected dust is discharged via the ash hopper, ensuring continuous operation.
Thermal Protection & Structural Stability: Heat-resistant materials prevent thermal damage and structural deformation.Thermal expansion-resistant construction maintains long-term durability.Continuous operation with modular filter bag replacement for minimal downtime.

Why Choose Our High-Temperature Glass Fiber Bag Dust Collector?

99.9% Filtration Efficiency – Removes fine particulates and high-temperature emissions.
Advanced Pulse Jet Cleaning – Prevents dust buildup for continuous operation.
Thermal Shock Resistant – Designed for high-temperature industrial applications.
Customizable Filter Bags – Adaptable to different drying processes and flue gas compositions.
Energy-Efficient & Cost-Effective – Reduces operating costs while maintaining optimal airflow.
Meets Environmental Standards – Compliant with international air pollution control regulations.

This high-performance dust collector is the ideal air purification system for industries requiring effective, high-temperature dust extraction, ensuring clean air, workplace safety, and regulatory compliance.

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


Dust Collector Production Process	Dust Collector Advantages	Dust Collector Delivery


Dust Collector Project Site	Asphalt Mixing Plant Project Site	Customer Visit


Flat Bag Dust Collector Advantages	Flat Bag Dust Collector Workshop

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.

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