Modular Bag‑in/Bag‑out air filter housings designed for safe particulate and/or gas‑phase applications. It ensures full containment during filter replacement, eliminating operator exposure risks. Flexible configurations, finishes, and accessories make it suitable for diverse industrial and critical‑environment installations.

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.

Aerosol collectors provide a safe environment for dentists and their supportive team to perform oral cavity inspections, treatments, and surgery of patients, particularly in cases where patients are either infected or may have been in close contact with others known to have contagious diseases. The system is designed to collect droplets and aerosols from patients during treatment into an air purification system equipped with four stages of air purification before circulating clean filtered air back to the room. Equipped with a pre‑filter, a gas‑phase chemical filter, a UV light, and an ULPA filter providing efficiencies up to 99.9995% at 0.1 micron sized particles.

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.

Horizontal flow clean benches provide product protection against contaminants, maintaining a Class 5 (or less) working environment by keeping the work bench area under constant positive pressure. Designed to capture room air and pass it through the fan‑powered filtration system and directing the air horizontally from the front of the unit across the work area and out towards the user at a constant speed. Horizontal flow clean benches are equipped with a vast range of standard and optional accessories and may be customized to suit your working conditions and application criteria.

Provides optimum sterility and protection for laboratory animals, the units are designed to create a stream of laminar airflow from above the work zone downwards to the bench base. This pattern of downflow movement is done through a combination of pre‑filters and HEPA filters arranged in parallel above and below the work zone, making animal transfer a safe contamination‑free process during animal cage changes and providing further protection to the operator since no air is allowed to flow outside this system. Supplied with LED lighting, outlets, mobile and versatility. Animal transfer stations may be customized to any size and come with a wide range of standard and custom options to meet your specific needs and application requirements.

Vertical flow clean benches provide product protection against contaminants, maintaining a Class 5 (or less) working environment by keeping the work bench area under constant positive pressure. Designed to capture room air and pass it through the fan‑powered filtration system and directing the air vertically from the top of the unit downwards over the work area and out towards the user at a constant speed. Vertical flow clean benches are equipped with a vast range of standard and optional accessories and may be customized to suit your working conditions and application criteria.

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.

Serves as an airborne pollutants barrier eliminating loose contaminants from being carried into cleanrooms, helps with cross‑contamination between two cleanrooms or zones of different classes, effectively removes surface lint and particulates from both staff and their garments and completely drives them down to a breeze air circulating filtration system. Available in a very wide variety of designs and options to meet your specific application requirements.

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.

Heavy duty primary aluminum media pads composed of progressive density, expanded aluminum mesh laid in layers and held in a cross pattern to form an attracting net, built for first stage filtration of large particle, moisture, water and grease separation, the medium is rust resistant and washable.

Designed to be integrated with existing HVAC system, semi‑active pass boxes use the principal of inflation to protect your clean environment and is the recommended to be installed between a cleanroom and a non‑validated environment, or between two cleanrooms that demand higher levels of cross‑contamination protection. These pass boxes are equipped with HEPA filters and may be supplied with a variety of standard and optional accessories.

Configurable two‑stage air filter housings, customized to any air flow volume and may be equipped with a vast range of air filters and optional accessories. Designed for simplified maintenance, constructed from sturdy metals, dynamically built to fine tolerances for a perfect fit, the units are individually leak and pressure tested, and incorporate latching hinges. Doors can swing right, left, or be removed to improve accessibility, featuring single or dual access doors for each section, and may be equipped with a vast range of optional accessories.

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.

Synthetic media pads are available in a wide range of thicknesses, classes, and compositions to suite a variety of applications such as self service panel filters, pre-filters in commercial HVAC systems, unitary equipment’s, unit ventilators, fan coil units, and packaged terminal air conditioners.

GaShield TRY™ is a tray‑type molecular filter housing that can be customized for any application. It supports multiple tray depths, finishes, and accessories, and can be customized to target any specific gas or contaminant load. Its compact, robust design ensures reliable operation and precise filtration performance.

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.

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.

Carbon impregnated panel filters provide both particulate filtration and assistance with low non‑critical odor filtration, the filters can be used to verify the effectiveness of carbon filters in controlling odors in ventilation systems and exhaust fans.