Efficient & robust axial and centrifugal fan/blower solutions for HVAC and industrial process applications. Our portfolio includes low-noise, high-efficiency fans and blowers, with ATEX (explosive environment) certified models available. Designed to deliver sustainable airflow performance, ease of maintenance, and adaptability across diverse temperature and pressure conditions. Materials & Standards Construction: Galvanized steel, stainless steel, corrosion-resistant coatings; robust bearings for long service life. Safety / Environment: ATEX-certified variants for hazardous areas; appropriate ingress protection (IP rating), noise dampening measures. Performance Standards: ISO / EN standards for airflow, pressure, efficiency; compliance with motor efficiency classes (IE etc.). Applications HVAC ventilation and air handling units Industrial process exhaust and cooling Hazardous/ATEX environments (chemical, oil & gas, dust zones) Smoke extract & fire safety systems Clean rooms and environments requiring low noise and vibration Key Advantages High efficiency → energy savings Low noise design → improved comfort & compliance with acoustic regulations ATEX models → safe use in hazardous zones Robust build → long lifespan, reduced downtime Customization options → variable speed, mounting styles, outlet configurations Installation & Operation Notes Ensure correct fan size based on required airflow (CFM/m³/h), static pressure, and ducting losses Provide adequate mounting with vibration isolation to reduce noise transmission Maintain regular cleaning of blades and housings to preserve performance For ATEX units, confirm correct classification and maintenance procedures Use variable speed drives (VSDs) where possible to improve control and reduce energy use Quality & Documentation Products are sourced through an approved supplier network; on-site QC and FAT (Factory Acceptance Test) reports are transparent. Technical datasheets including fan curves, noise ratings, material specifications, and ATEX certificates provided upon request.