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.

Sand trap louvers are custom built to any size from powder‑coated galvanized steel, designed with specially formed vanes that separate sand and large debris from air intakes. Engineered for harsh outdoor environments, they provide durable pre‑filtration, low air resistance, and long‑lasting protection for indoor HVAC and ventilation systems.

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.

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.

Autoklean™ systems are long‑term cost‑effective pre‑filtration solutions featuring a compact design with an exceptionally large surface area for mass filtration. A programmed pressure gauge continuously calculates differential pressure and, through an electrical circuit, triggers the system to automatically unwind the roll, exposing new clean filter media from the top cassette while the bottom cassette takes up the used contaminated media via an automated differential pressure control system.

Developed to withstand high dust loading for air intakes in gas turbine and power‑generating systems, featuring our high dust holding premium lofted glass fiber media. Proglass GT™ filters are superior pre‑filters constructed from non‑viscous, progressive‑density, lofted glass fibre media, finished with a special adhesive coating for enhanced filtration performance; adhesive is tacky, colorless, and odorless, and will not run, drip, or evaporate.

Pro‑TECHT™ is a customizable single‑stage built‑up filter bank designed for any air‑intake dimension to protect downstream equipment. Constructed from galvanized steel or extruded aluminum profiles, it features an easy‑lock mechanism and supports a wide range of pre‑filters and medium‑efficiency filters.

Autoklean™ systems are long‑term cost‑effective pre‑filtration solutions featuring a compact design with an exceptionally large surface area for mass filtration. A programmed pressure gauge continuously calculates differential pressure and, through an electrical circuit, triggers the system to automatically unwind the roll, exposing new clean filter media from the top cassette while the bottom cassette takes up the used contaminated media via an automated differential pressure control system.

Pro‑TECHT PLUS™ is a customizable two‑stage built‑up filter bank designed for any air‑intake dimension requiring enhanced protection. Constructed from galvanized steel or extruded aluminum profiles, it features an easy‑lock mechanism and supports a wide range of pre‑filters and secondary medium‑efficiency filters for higher particulate control.

Mass produced to protect and extend the life of higher efficiency filters in gas turbine and power‑generating applications, MasterPleat GT™ disposable filters are an excellent choice in two‑stage HVAC systems highly recognized for their sustained performance and ease of use in a variety of residential, commercial, and industrial applications.

Inertia separators are high‑efficiency filter housings that deliver exceptional performance on coarse particles. Inertia filters operate on the principle of inertia, built from engineered vanes that eliminate heavy contaminated air streams from clean air at high velocity while the heavier particles continue past the blades and into the dust bin. A separation efficiency of up to 99% on 5‑micron particles may be achieved. Thanks to the inertia of large particles, they are forced to move out of the system and clean air is only allowed to pass through. Inertia‑Cell™ systems may be supplied with fans, dual fans, and equipped with several optional accessories.

Heavy‑duty G3/G4 grade pre‑filters engineered for demanding gas turbine environments. Built for high mechanical strength and resistance to moisture, mists, and fluctuating operating conditions. Their densified structure delivers superior dust‑loading capability and durability, supporting stable turbine performance and reduced maintenance.