Acrylic Filter Bags
Acrylic filter bags are engineered for industrial dust-collection systems that require strong moisture resistance, stable filtration efficiency, and good chemical durability under medium-temperature operating conditions. Manufactured from high-quality acrylic fibers using a dense needle-punched process, acrylic bags offer a reliable balance of airflow, particle collection, hydrolysis resistance, and structural strength.
They are widely chosen for cement plants, coal mills, boilers, spray dryers, waste incineration systems, asphalt mixing, and general industrial dust processes where temperatures typically remain below 150 °C but gas chemistry or moisture could rapidly degrade polyester or other low-temperature media.
Core Performance Profile
Acrylic filter bags deliver a blend of cost-effectiveness, durability, and operational consistency, making them a popular choice for mid-range industrial conditions where PTFE, PPS, or P84 may not be required.
Acrylic fibers retain their mechanical stability in humid or wet conditions, where polyester bags would suffer accelerated degradation. This makes acrylic an ideal option for systems with water vapor, condensation cycles, or sticky dust.
Acrylic felt withstands corrosive exposures such as mineral acids, organic acids, and common industrial solvents, providing stable filtration performance even when flue-gas chemistry fluctuates.
Its needle-punched density creates a deep filtration layer that captures fine dust while maintaining healthy air permeability. This helps sustain lower differential pressure and improves overall system energy efficiency.
Acrylic bags offer significantly better chemical and moisture resistance than polyester at a fraction of the cost of PPS, P84, or PTFE, giving plant operators an economical yet reliable mid-temperature solution.
Acrylic bags can be engineered with various weights, thicknesses, scrim types, and surface treatments—supporting projects that need enhanced dust release, higher airflow, or extended service life.
| ITEM | OM–AC130N | OM–AC130T |
|---|---|---|
| Working temperature (°C) | 130 | 130 |
| Peak temperature (°C) | 150 | 150 |
| Emission (mg) | / | / |
| Weight (g/m²) | 550±5% | 550±5% |
| Thickness (mm) | 3.0±10% | 2.4±10% |
| Air permeability (m³/m²/min) | 14±20% | 16±20% |
| Tensile strength / warp | ≥800 | ≥900 |
| Tensile strength / weft | ≥800 | ≥1200 |
| Tensile elongation / warp | ≤35 | ≤35 |
| Tensile elongation / weft | ≤50 | ≤50 |
| 24–hour heat shrink / warp | ≤1.5 | ≤1.5 |
| 24–hour heat shrink / weft | ≤1.0 | ≤1.0 |
| Post–processing | Heat Setting / Singeing / Calendering | |
Acrylic needle-felt runs comfortably around 120–130 °C with short peaks up to about 150 °C, maintaining strength, hydrolysis resistance and stable filtration where humid or mildly acidic flue gas would quickly age standard polyester bags.
In cement mills, boilers and spray dryers with moisture and acidic vapours, correctly engineered acrylic bags often achieve up to twice the lifetime of standard polyester media, cutting change-out frequency, labour around the baghouse and unplanned shutdown risk.
Chemical production, powder processing, and industrial ventilation benefit from acrylic’s strong resistance to acids, solvents, and wet particulates.
Dust streams with hydrocarbon vapors, organic fumes, and moisture suit the strength profile of acrylic filter media.
Acrylic media performs exceptionally well in cement mills, kilns, clinker coolers, and raw material handling, where moisture, mild acids, and fine particulate load are common challenges.
In coal milling and boiler exhaust filtration, acrylic ensures stable filtration efficiency despite temperature fluctuations and moderate moisture content.
Choosing the right filtration supplier affects everything from system stability to maintenance downtime. At Omela Filtration, we combine reliable materials, controlled production, and years of industry experience to support dust and liquid filtration needs across different plants and applications.
We use consistent-grade filter media, sewing thread and metals sourced from qualified suppliers. Each batch is checked for weight, thickness, air permeability and tensile strength to keep performance steady across shipments.
Our facility is equipped with modern sewing lines, hot-welding machines and automated inspection tools. This keeps production efficient and helps us meet tight delivery schedules, even on custom orders.
Our engineers and technicians have long experience with dust collectors, liquid systems and industry-specific conditions. They help you match materials to temperature, chemistry and air-to-cloth ratios to avoid unnecessary failures.
From sampling to documentation and shipping, our team responds quickly and keeps information clear. Customers in cement, asphalt, power and water-treatment plants rely on our service to resolve problems without delay.
From the first technical discussion to installation and long-term maintenance, our team stays involved at every stage. We analyze your operating conditions, adjust product designs when needed, and ensure the final filtration setup works reliably in real plant environments. After delivery, our service team continues to provide guidance and troubleshooting support, helping you keep your system stable and downtime low.
With 20+ years of experience and 1000+ global clients, we deliver stable filtration performance and dependable dust-collector operation.
