We execute full testing and commissioning of GAFCO installations using certified protocols in accordance with ISO 14644, EU GMP, and FED 209. Advanced diagnostic tools confirm compliance of cleanroom performance and HEPA/ULPA filter integrity. Every installation receives formal validation and a comprehensive performance certificate confirming operational readiness and reliability.

We provide scheduled maintenance for all GAFCO equipment, including filter replacement, component servicing, and performance checks. Our technicians ensure consistent efficiency, prevent failures, and extend equipment lifespan.

We help you address air‑quality challenges and design optimal environmental conditions for your processes. With extensive experience solving complex air‑quality problems, we deliver tailored solutions built around your needs. Our certified specialists ensure your facility meets the highest global standards while maximizing operational efficiency.

We assist clients perform filter replacements for critical environments, ensuring correct installation, proper sealing, and safe disposal of contaminated filters. Our trained technicians follow industry best practices to ensure consistent performance, safety, and operational continuity.

We conduct HEPA and ULPA filter leak testing in accordance with EN 1822 standard and industry best practices. Using certified aerosol generation and scanning methods, we identify leaks, verify sealing integrity, and ensure your critical environments maintain proper contamination control and performance.

Polyester filter bags are widely used in industrial applications for dust collection and filtration purposes. These filter bags are made from polyester fibers, which offer excellent filtration efficiency, durability, and chemical resistance.

We provide expert consultation for cleanroom design and compliance based on ISO 14644 standards. Our specialists evaluate process needs, airflow concepts, zoning, filtration strategy, and layout criteria to help you develop efficient, compliant, and cost‑effective cleanroom facilities tailored to your operational requirements.

We perform complete cleanroom testing and classification in accordance with ISO 14644 standards. Using calibrated instruments and certified procedures, we verify particle concentration, airflow performance, and room compliance to ensure your controlled environment meets its required classification level.

Our certified engineers perform precise calibration of biosafety cabinets, validating velocity, uniformity, and containment per international standards. We ensure containment integrity and compliant operations in sensitive laboratory environments.

The nonwoven aramid dust filter bag is a specialized filter media designed for industrial filtration applications. Made from aramid, a high‑performance synthetic fiber, these filter bags offer exceptional filtration efficiency, durability, and resistance to high temperatures and chemical exposure.

PTFE (polytetrafluoroethylene) filter bags offer exceptional chemical resistance, high‑temperature resistance, excellent dust cake release properties, and low friction characteristics. They are commonly used in industries where demanding operating conditions and corrosive environments are present.

The fiberglass woven fabric with PTFE membrane filter bag is a high‑performance filter media designed for industrial dust collection and filtration applications. It combines the strength and durability of fiberglass with the enhanced filtration efficiency provided by a PTFE membrane.

The PPS (polyphenylene sulfide) filter bag is a high‑quality filtration solution designed for baghouse filter systems. Made from PPS fibers, this filter bag offers excellent filtration efficiency and chemical resistance.

Polyamide (P84) filter bags are a type of high‑performance filter media widely used in industrial applications for dust collection and filtration. They are made from polyamide fibers, which offer excellent chemical resistance, high‑temperature resistance, and exceptional filtration efficiency.

Acrylic filter bags are made from acrylic fibers, which offer a combination of good chemical resistance, high strength, and moderate temperature resistance. Acrylic filter bags are known for their efficient filtration performance and durability in various industrial environments.

Polypropylene felt is a chemical‑resistant filtration media used in pulse jet baghouse dust collectors. This material exhibits excellent chemical resistivity and holds up in applications with acids, alkalis, and hydrolysis. It is resistant to bacteria and mildew and chemical attacks. Designed with a smooth and uniform surface that is slicker than polyester; and its lower specific gravity allows the same fiber population to be achieved with less total weight for applications with an operating temperature of up to 93°C / 200°F.

Often used for dryer baghouses, glass and fiber‑optics manufacturing, lead and base metals production industries, and power generation applications such as coal‑fired utilities. Homopolymer acrylic filter media offers an excellent combination of filtration efficiency and dust cake release. The complementary properties of the woven homopolymer acrylic fibers provide enhanced acid and hydrolysis resistance as well as dimensional stability and flexibility. These properties are necessary for successful cleaning and continuous operation.

Nylon felt is typically used for highly abrasive dust applications. It has good resistance to alkalis under most conditions, but most mineral oxides cause degradation and partial decomposition. High concentrations and temperatures may cause complete degradation. This media holds up to common organic solvents very well and can be operated to a maximum temperature of 126°C / 250°F.

Heavy duty air filters made from layers of aluminum mesh held in a cross pattern to form an attracting medium, Duratrap™ filters are robust long‑lasting washable filters designed to withstand turbulent and variable air flows.

Built to serve two purposes in a single solution, Duplex™ filters are constructed from a combination of aluminum and polyester pads, the front aluminum layer helps trap large contaminants from penetrating into the system backed by a second layer of polyester media for improved pre‑filtration performance in residential, commercial, and industrial applications.