SupaPore VP utilises a high surface area advanced PES (polyethersulphone) membrane media. This naturally hydrophilic media exhibits high flow rates and low binding of active ingredients. It is designed for critical applications such as removal of microorganisms or ultrafine particulates. The SupaPore VPW and SupaPore VPWA range are specifically designed for use in beverages.

SupaPore TP filters utilise a PTFE membrane to make the best hydrophobic cartridge available. They are ideal as a sterilising vent filter and for the filtration of critical air and gases. SupaPore TP can also be used for liquid processes, where the PTFE media rated at 0.1–3 µm offers excellent chemical compatibility.

SupaPore THB filters, rated at 0.2µm absolute, are designed specifically for use in a wide range of aggressive gas and liquid applications. Manufactured using PTFE membrane and a stainless steel core they exhibit high strength and excellent compatibility. SupaPore THB filters are more suited to aggressive processes than standard membrane cartridges.

SupaPore TPG Vent filters are fitted with a ½“ BSP male connector and are specifically designed for venting applications and to be used as vacuum break filters for autoclaves. They are manufactured using a naturally hydrophobic PTFE membrane, ensuring high flow rates and low pressure drops under a wide range of conditions.

SupaPore MP utilises a high surface area polypropylene membrane that offers excellent chemical compatibility. With ratings of either 0.1 µm or 0.2 µm, it is suitable for fine filtration of liquids, or for particulate control in venting applications. It is an ideal cartridge for the Active Pharmaceutical Ingredient and Fine Chemicals industries.

SupaPore TT filters are constructed using fluoropolymers for the hardware and a PTFE membrane. This cartridge offers the very best in chemical compatibility. They can be used in a wide range of applications including the filtration of solvents and aggressive chemicals used in the pharmaceutical and electronics industries.