Vacuum Filters
Cavendish are able to offer a wide range of Vacuum Filters at great prices. Our product performance is at least as good as that of the original part.
We at Cavendish listen carefully to the voices of our customers to ensure that our own filters are designed and manufactured to their exacting requirements. By keeping up to date with the latest material technologies, Cavendish Filters ensure that all of our panels and cartridges are manufactured to provide the high levels of efficiency, expected by our clients. Through the use of metal end caps and polyurethane moulded caps, reinforced frames for both endoskeleton and exoskeleton frames, our medias are fully protected and supported, without inhibiting product performance.
Our filters do not only protect the motor on your vacuum machine. Our filters help protect your staff from the risk of respiratory illnesses. Through the use of High Efficiency Particulate Air media (HEPA), we offer the maximum surface area to the air stream and has a theoretical efficiency of some 99.9% at 0.5 micron.
Cavendish are able to offer a wide range of Vacuum Filters at great prices. Our product performance is at least as good as that of the original part.
We at Cavendish listen carefully to the voices of our customers to ensure that our own filters are designed and manufactured to their exacting requirements. By keeping up to date with the latest material technologies, Cavendish Filters ensure that all of our panels and cartridges are manufactured to provide the high levels of efficiency, expected by our clients. Through the use of metal end caps and polyurethane moulded caps, reinforced frames for both endoskeleton and exoskeleton frames, our medias are fully protected and supported, without inhibiting product performance.
Our filters do not only protect the motor on your vacuum machine. Our filters help protect your staff from the risk of respiratory illnesses. Through the use of High Efficiency Particulate Air media (HEPA), we offer the maximum surface area to the air stream and has a theoretical efficiency of some 99.9% at 0.5 micron.
