Parker Hannifin

PROCLEAR GF filters are designed for reliable and cost-effective removal of particles and microorganisms from pharmaceutical liquids. The fiber-free filter with glass microfiber media provides excellent dirt-holding capacity and high flow rates, contributing to long service life and efficient, economy-optimized filter system design. PROCLEAR GF filters have low levels of extractables and are therefore ideal for general clarification and pre-filtration steps in pharmaceutical production. PROCLEAR GF series are available in a variety of configurations. For further information, please refer to the technical data sheet of the product.

TETPOR AIR sterilization filter cartridges offer exceptional filtration performance and the highest level of biosecurity in the process industry.

HIGH FLOW BIO-X sterile gas filters combine proven depth filter technology with a weighted design to achieve retention down to 0.01 μm in gas. Flow rates typically 2-3 times higher than membrane filters make the HIGH FLOW BIO-X a filter that can significantly reduce the number of cartridges used and installation size in the fermentation, food and beverage industries. The specially developed PTFE impregnation process provides increased strength and permanent hydrophobicity to the borosilicate-based microfiber media. This ensures excellent performance in applications such as sterile gas delivery in filling lines. High Flow BIO-X series are available in a variety of configurations. For further information, please refer to the technical data sheet of the product.

HIGH FLOW TETPOR H.T. gas sterilization filter cartridges offer unmatched performance in process applications where continuous operation at up to 100°C is a requirement. Typical applications include biological fermentations with high inlet temperatures, as well as heated vent filters on storage tanks whose contents are maintained at temperatures above 80°C, such as WFI tanks. HIGH FLOW TETPOR H.T. cartridges use a proven, naturally hydrophobic expanded PTFE membrane, validated as liquid sterilization rated to ASTM F838. This ensures effective separation of airborne bacteria, viruses and bacteriophages. Polyaramid membrane support layer allows continuous operation at temperatures up to 100°C. HF TETPOR H.T series are available in a variety of configurations. For further information, please refer to the technical data sheet of the product.

HIGH FLOW TETPOR II gas sterilization filters have been developed to take advantage of technological advances in PTFE membrane manufacturing. This new generation of filters sets the standard with an unbeatable combination of efficiency, flow rate and strength. HIGH FLOW TETPOR II is validated to provide sterilization-grade filtration performance according to ASTM 838 methodology for bacterial challenge with liquid. This ensures that the filter guarantees the sterility of your process even in the worst case. In such situations, the filter may be exposed to a larger amount of liquid as a result of a process problem. Furthermore, small changes in the structure of the hydrophobic PTFE material have resulted in a very robust product validated for 225 autoclave/steam sterilization cycles (up to 142°C [287°F]). The combination of non-woven support before the membrane and an expanded mesh layer after the membrane provides significant benefits. It provides increased protection and longer service life while not releasing fibers in the process. HIGH FLOW TETPOR II is suitable for all sterile gas applications, including fermentation inlet and outlet gas, venting, freeze dryers, autoclaving vacuum breaks and blow-fill-seal equipment. HIGH FLOW TETPOR II filter are available in a variety of configurations. For further information, please refer to the technical data sheet of the product.

ASEPT-X sterilization-grade gas filters have been validated to withstand over 100 reverse steam sterilization cycles without the need for condensate management. Customer tests have confirmed that ASEPT-X has significantly longer service life compared to the next best alternative, enabling dairy producers to reduce their annual filtration costs by over 50 %. Maintaining filter integrity under demanding conditions, such as repeated reverse steam sterilization cycles, also helps to protect the sterile process, reduce the risk of contamination, protect the product and extend shelf life. ASEPT-X series are available in a variety of configurations. For further information, please refer to the technical data sheet of the product.

The ASEPT-X2 series of sterilization-grade gas filters provides increased microbial safety and reduced operating costs for aseptic processing and packaging applications in the food and beverage industry, as well as for sterile gas and air filtration in industrial fermentation processes. The ASEPT-X2 gas filter has been validated to withstand reverse steam sterilization processes at elevated temperatures without the need for condensate management. This unique feature allows for reduced equipment and process investment (CAPEX) while improving automation capabilities, ultimately reducing engineering costs per filter application. Maintaining filter integrity under these demanding conditions also protects the sterile gas process, reduces the risk of contamination and provides significantly longer filter life compared to alternatives. Advances in membrane technology combined with the ASEPT-X2's unique design provide unrivaled performance in demanding process environments where condensate management is inefficient or not possible. The specialized hybrid membrane allows ASEPT-X2 to withstand significant stresses from high differential pressure at elevated temperatures - common challenges in applications involving automated steam sterilization (SIP). ASEPT-X series are available in a variety of configurations. For further information, please refer to the technical data sheet of the product.

TETPOR LIQUID filters are particularly suitable for sterilizing and separating particles from aggressive chemicals (including acids, bases and solvents) in a range of critical process industries. The superior performance, strength and durability of TETPOR LIQUID filters comes from the use of a single-layer, high-security PTFE membrane with high dirt holding capacity due to its large pore volume. This results in low pressure drops and long service life. High flow rates are achieved through optimized pleat density and the superior structural design of TETPOR LIQUID filters. TETPOR LIQUID series are available in a variety of configurations. For further information, please refer to the technical data sheet of the product.

PROPOR LR filters have been specifically developed for high flow rates and effective removal of Ralstonia pickettii and other small microorganisms. Several studies have shown that not all microorganisms are removed by 0.2 micron-rated membranes under all conditions. PROPOR LR filters use a 0.1 micron-rated membrane. This membrane can remove very small organisms while maintaining flow rates typical of a 0.2 micron filtration system. Ralstonia pickettii is an organism that has often been shown to penetrate 0.2 micron membranes and is a common contaminant in clean water systems. PROPOR LR filters have been validated directly against Ralstonia pickettii removal. PROPOR LR series are available in a variety of configurations. For further information, please refer to the technical data sheet of the product.

Proven for industrial and automotive applications, PA hose guarantees very good durability thanks to stable mechanical properties over time. A customized semi-rigid polyamide material, manufactured according to our Eco-Design concept.

Parker pump accessories are designed for the BTC (IIS), TTC (IIS) and LTC (IIS) pump models to facilitate filtration and optimize noise reduction.

The BTC series of miniature diaphragm pumps consists of brushed and brushless DC motor driven models with several configurable component options. This makes them flexible for use in vacuum, pressure or alternating vacuum/pressure applications. However, the series is not recommended for new designs, as Parker's BTX-Connect and BTX-Brush series have now replaced BTC. The new ranges offer lower weight, reduced vibration, extended motor capabilities and improved service life, making them better suited to modern and demanding applications.

The BTX series miniature diaphragm pumps are available in both single and double head versions and offer free flow up to 11 l/min. With a width of only 30 mm, the BTX series delivers market-leading reliability in a compact format. Parker's BTX-Connect pumps combine a class-leading diaphragm pump design with innovative connected brushless motor technology, extremely low vibration and advanced manufacturing methods. The result is a next-generation pumping platform, developed to meet the demands of modern, high-performance gas applications and portable devices.

The T2-03 series micro diaphragm pumps are developed for fixed and portable air and gas applications that require high performance in a very compact and lightweight package. The pumps deliver flows up to 2.5 slpm and offer high pressure and vacuum, high efficiency, long life and inherent safety features. The T2-03 series is particularly well suited for air and gas detection, medical applications and demanding industrial environments. The pumps have demonstrated excellent performance in sampling hazardous gases and vapors in both industrial and mining environments, making them a reliable choice for critical monitoring and safety systems.

Parker's 49 mm wide Helix delivers a flow of more than 5.5 LPM and a pressure of up to 100 PSI (6.9 bar). The Helix pump is the best solution for benchtop diagnostic units where performance is critical and space is limited. Helix enables high-pressure operation in challenging high-altitude environments and in applications where external compressed air is not available.

TTC Series miniature diaphragm pumps, available in single or double head, offer industry-leading performance for their size. They can be configured to meet even the most demanding specifications in terms of flow, reliability, efficiency, size and noise level.