A self‑powered, low‑profile, semi‑silent, low‑vibration fan filter unit (FFU) provides a uniform clean stream of HEPA/ULPA micro‑filtered air. Ventex FFU’s™ are made of stainless steel and supplied with pre‑filters, a 3‑speed controller, and may be chain‑linked and remotely controlled to meet cleanliness standards down to Class 1 per ISO14644‑1 standards.

A portable, self‑powered gas‑phase air purifier designed for effective odor and general gas removal using advanced adsorbent media. Its low‑noise, uniform‑airflow system drives air through activated carbon or chemisorptive cartridges to neutralize a wide range of contaminants. Built in stainless steel and available with optional particulate filtration for improved indoor air purification.

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.

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.

Final filter for clean rooms, Hygiene TSS™ modules ensure target levels of indoor air quality are achieved to protect people and processes at the last stage of air control. Designed to be convenient, easy to install and maintain, Hygiene TSS™ modules accept gel and gasket‑sealed mini pleat HEPA and ULPA filters, come in a wide range of standard and custom sizes as well as optional accessories featuring a top access inlet neck.

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.

Designed for tray‑type molecular filters, the GaShield TRY‑KTN™ housing delivers dependable odor reduction in a compact package. Available in various finishes and accessory options to meet diverse kitchen system needs.

Electrofil DP‑ESP™ is a double‑pass electrostatic precipitator engineered for high‑load cooking fumes. Its two‑stage ESP filtration delivers superior removal of grease, smoke, and fine particulates, making it ideal for demanding, high‑intensity kitchen operations requiring maximum air‑quality protection.

Ecoviro DP™ is a high‑capacity double‑pass ecology unit engineered for heavy fume and odor loads. Its two‑stage ESP filtration paired with advanced molecular odor removal ensures thorough treatment of grease, smoke, and exhaust contaminants, delivering maximum purification for demanding, high‑intensity kitchen operations.

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.

Chronet KTN™ filters serve as primary filters that combat the accumulation of grease from cooking or grilling fumes in kitchen HVAC systems. By installing these filters in commercial kitchen hoods, the lifespan of the extraction fan will increase, and the risk of fire will decrease. Constructed from durable stainless steel mesh, these filters are designed to facilitate grease and fume removal while enduring continuous high heat 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.

ArmOR SLD™ modules further enhance laminar flow patterns by eliminating blank sections within the air stream ensuring target levels of air quality are achieved thoroughly over the entire critical surgical area. Designed to be convenient, easy to install and maintain, ArmOR SLD™ modules are built for operation theatres where lighting fixtures are installed away from the ceiling filtration system. The system accepts both gel and gasket‑sealed mini pleat HEPA and ULPA filters and come in a wide range of standard and custom sizes as well as optional accessories.

A portable, self‑powered, semi‑silent air purifier designed to convert standard neutral patient rooms to negative pressure rooms by collecting excess air and purifying it before it is transferred to other zones within the facility. Designed to serve two purposes — a negative pressure builder or a standalone air purifier for any zone — through its built‑in HEPA or ULPA filter. Ventex™ PFFU’s are made of stainless steel casings and may be equipped with a number of standard and optional accessories. The controller features a filter life span indicator, an indoor air quality indicator, a UV light on/off switch, and up to 9 speeds with a turbo mode function for fast cleaning cycles.

A self‑powered, low‑profile gas‑phase fan filter unit engineered for molecular filtration using advanced adsorbent media. This model features a top‑inlet design for vertical airflow. Its low‑vibration, low‑noise design ensures uniform airflow across activated carbon or chemisorptive beds, delivering effective removal of odors and gaseous contaminants. Built in stainless steel and compatible with remote control and networked operation for critical environments.

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.

Configurable three‑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.

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.

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.