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Air Purification System Waste Incineration PTFE Dust Collector Bag Filter
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Air Purification System Waste Incineration PTFE Dust Collector Bag Filter

Air Purification System Waste Incineration PTFE Dust Collector Bag Filter

Product Description: Air Purification System Waste Incineration PTFE Dust Collector Bag Filter Core Features and Advantages High-Efficiency Filtration Performance Material : Made of 100% PTFE (Polytetrafluoroethylene) base fabric with a PTFE membrane layer, ensuring filtration precision and...

Product Description: Air Purification System Waste Incineration PTFE Dust Collector Bag Filter

Core Features and Advantages

High-Efficiency Filtration Performance

Material: Made of 100% PTFE (Polytetrafluoroethylene) base fabric with a PTFE membrane layer, ensuring filtration precision and stability.

Filtration Efficiency: ≥99.995% retention rate for particulates ≥0.1 microns, with a dynamic dust removal rate of 99.995% and a static dust removal rate of 99.999%, meeting waste incineration flue gas emission standards (EU 2000 standard ≤10 mg/m³).

Air Permeability: Air permeability of 20–45 L/(m²·s) @200Pa, balancing filtration efficiency and pressure drop to reduce system energy consumption.

High-Temperature and Corrosion Resistance

Continuous Operating Temperature: 250°C (some models up to 260°C), with an instantaneous peak temperature of 280°C, suitable for high-temperature flue gas from incinerators.

Chemical Stability: Resistant to strong acids, alkalis, and organic solvents, making it ideal for purifying flue gas containing corrosive gases such as HCl, HF, and SO₂.

Sealed Back Panel and Structural Optimization

Double-Layer Lockstitch Seaming: Utilizes an advanced international double-layer interlocking stitching structure to prevent unraveling and deformation, extending filter bag lifespan.

Sealed Design: Equipped with stainless steel elastic bands at the bag opening for a tight fit with the tube sheet, preventing air leakage and ensuring filtration efficiency.

Durability and Maintenance Cost

Service Life: ≥4 years (24-hour daily operation), significantly longer than the 1–2 years of standard filter bags.

Low Failure Rate: <1% failure rate in the first 3 years and <5% in the 5th year, reducing replacement frequency and downtime losses.

Hydrolysis Resistance: While hydrolysis resistance is moderate, it is partially compensated by membrane coating, making it suitable for dry or semi-dry flue gas conditions.

Technical Specifications

Parameter Specification
Material 100% PTFE fiber + PTFE membrane
Weight 800–850 g/m²
Thickness 1.2 ± 0.1 mm
Longitudinal Tensile Strength ≥850 N
Transverse Tensile Strength ≥800 N
Longitudinal Elongation ≤35%
Transverse Elongation ≤25%
Operating Resistance ≤1200 Pa (design air velocity ≤0.8 m/min)
Surface Treatment Membrane coating, heat setting, antistatic treatment

Application Scenarios

Waste Incineration Power Plants

Captures fly ash, dioxins, and heavy metals in incineration flue gas, achieving ultra-low emissions when paired with activated carbon injection systems.

Adapts to high-humidity, highly corrosive flue gas environments, reducing filter bag damage risks.

Industrial Hazardous Waste Treatment

Filters flue gas containing toxic gases (e.g., mercury, cadmium compounds) to prevent secondary pollution.

High-temperature resistance meets the demands of rotary kiln incinerators.

Cement/Steel Industry

Replaces traditional fiberglass filter bags, extending service life and reducing maintenance costs.

Suitable for high dust concentration conditions (inlet dust ≤1000 g/Nm³).

Improvements Over Standard Filter Bags

Metric PTFE Membrane Filter Bag Standard Filter Bag (Fiberglass/Polyester)
Filtration Efficiency ≥99.995% 90%–95%
Temperature Resistance 250°C continuous 150–180°C
Corrosion Resistance Strong acids, alkalis, organic solvents Weak acids/alkalis only
Service Life ≥4 years 1–2 years
Failure Rate <1% (first 3 years) 5%–10% annually

Recommendation

If you manage waste incineration, hazardous waste treatment, or high-temperature industrial dust removal projects and aim for:

Ultra-Low Emissions: Meeting stringent EU or domestic environmental standards (dust ≤10 mg/m³).

Long-Term Stability: Reducing filter bag replacement frequency and lowering lifecycle costs.

Harsh Condition Adaptability: Withstanding high temperatures, corrosion, and condensation to avoid frequent shutdowns.

This PTFE membrane filter bag is the ideal choice. Its sealed design, high-efficiency filtration, and durability significantly enhance system reliability, particularly in high-capacity, high-emission-requirement scenarios.

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