Pall Corporation products

PALL `true HEPA` cabin air filters remove dust, allergens and microbes (`microbes` includes viruses and bacteria) from the air recirculated into the cabin and cockpit. This helps to provide a safer, healthier and more comfortable environment for the passengers and crew.

A-CAF (Advanced Cabin Air Filtration) is the combination of true HEPA filtration with HPAC (High Performance Activated Carbon) that delivers clean, odourless, and overall healthier cabin air than ever before.

PALL `true HEPA` cabin air filters remove dust, allergens and microbes (`microbes` includes viruses and bacteria) from the air recirculated into the cabin and cockpit. This helps to provide a safer, healthier and more comfortable environment for the passengers and crew. 

PALL `true HEPA` Boeing cabin air filters remove dust, allergens and microbes (`microbes` includes viruses and bacteria) from the air recirculated into the cabin and cockpit. This helps to provide a safer, healthier and more comfortable environment for the passengers and crew.

A-CAF (Advanced Cabin Air Filtration) is the combination of true HEPA filtration with HPAC (High Performance Activated Carbon) that delivers clean, odourless, and overall healthier cabin air than ever before.

The Pall 0293 disposable air breather is used to prevent damaging airborne contamination from entering fluid system reservoirs.

Membralox IC ceramic elements are high surface area multichannel membranes designed for high capacity crossflow filtration of process fluids and effluents.

Pall Aerolith S filter material is a further development of the well-known Pall® product Aerolith with improved properties. Composed of selected high-quality ceramic raw materials, the alumosiliceous filter material Aerolith S is produced in a controlled production process as a cylinder, candle, or tile. The special merits of Aerolith S filter elements are the higher mechanical stability as well as an improved pH resistance in the alkaline range. Due to the porous labyrinth structure with high particle storage capacity, this liguid gas filter element is well suited for depth filtration applications up to temperatures of 700°C.

Pall Schumalith filter elements are manufactured from a porous, ceramically bonded silicon carbide filter media that has a high mechanical strength. This ceramic filter material is distinguished by its excellent thermal resistance as well as thermal shock resistance. For this reason Schumalith filter elements are well suited for the filtration of hot fluids with fast temperature changes. The high performing Schumalith filter elements are mainly used for high temperature applications.

The Membralox ceramic filter assemblies are designed for ultra-high purity gas filtration applications, providing removal of particles ≥ 3 nanometer.