Products

Filter bags

Filter Bags

Filter Bags for Bag Filters

We design and manufacture filter bags for demanding industrial environments. Each bag is tailored to your plant’s dust type, operating temperature and cleaning system, using high-quality technical fabrics that ensure efficient particle capture, long service life and full compliance with current regulations.

  • Fabrics suitable for harsh operating conditions
  • Specialised treatments (antistatic, hydrophobic, etc.)
  • Compatible models available
  • Custom manufacturing to match your required dimensions and fittings

Wide Range of Materials for Filter Bags

We select technical materials based on dust type, operating temperature, and process conditions. We offer a wide variety of filter fabrics such as polyester, polypropylene, meta-aramid, fiberglass, PTFE, or polyphenylene sulfide, among others. This diversity allows us to manufacture filter bags adapted to each installation.

Durable materials
Full compatibility
Precise fit
Greater durability

Discover Our High-Quality Filter Bags

At Eolter, we design bags that ensure efficient and stable filtration over the long term. Precisely manufactured to withstand intensive cleaning cycles and variable conditions, our bags minimize wear, extend maintenance intervals, and optimize system performance to avoid unexpected downtime.

Get a customized solution that ensures the safety of people and the efficiency of your facilities
Frequently Asked Questions

What types of materials are available for filter bags and how do I choose the right one?

The most common materials include polyester, polypropylene, meta-aramid, fiberglass, PTFE, and PPS, among others. The choice depends on factors such as gas temperature, dust characteristics, humidity, abrasion level, and regulatory requirements. At Eolter, we help you select the optimal material based on your needs.

Bags can incorporate treatments such as non-stick finishes (PTFE or silicone), antistatic, flame-retardant, or water and oil repellents. These treatments improve dust release, reduce saturation, and extend service life, especially in environments with high humidity, sticky dust, or explosion risk due to electrostatic charge accumulation.

Frequency depends on the process type, operating conditions, and applied maintenance. Under normal conditions, service life can range from 1 to 2 years. Increased pressure drop, reduced airflow, or emissions are clear signs that replacement is needed.