In a world where air quality is increasingly a concern, with constant legislative changes, and mounting pressure for businesses to remain compliant, the power of HEPA filtration emerges as a cornerstone of cleaner, healthier working environments. HEPA, or High Efficiency Particulate Air, filtration technology is at the forefront of the battle against airborne pollutants, allergens, and microscopic particles that can compromise the air we breathe indoors. To combat the challenge that many businesses face when it comes to their clean air requirements, Westbury has introduced numerous innovations in the field of HEPA filtration.
Westbury has carved a niche in the HEPA filtration industry through our continuous technology advancements and investments in engineering, supporting our passion for innovation and development, all of which enable us to ensure our products remain leading solutions in the industry. Our product portfolio extends far beyond the ordinary, encompassing not only standard HEPA filters but also extended surface models and high temperature variants. These models are meticulously engineered to accommodate high flow rates while maintaining exceptionally low initial resistance. This translates to efficiency without compromise, enabling our customers to ensure optimal air quality in the most demanding environments.
Addressing the unique needs of various sectors, our filtration products find applications in clean rooms, workbenches, workstations, personnel protection systems, and beyond. This adaptability positions Westbury’s offerings as indispensable tools across numerous industries, from facilities management to healthcare. We are also able to offer bespoke housing and mounting solutions, including safe-change systems for the highest levels of personnel protection.
Westbury’s commitment to excellence is reflected in the extensive efficiency spectrum that our filters offer, ranging from E10 to U15 as per the EN 1822 standard. This broad array ensures that our customers can precisely match filtration solutions to their specific requirements and applications, allowing for unparalleled customization and performance optimization.