POREX TECHNOLOGIES GMBH - Making the world safer, healthier and more productive.

Increase power and performance of small engines Highly designed filters and vents are critical for a small engine’s performance. Our filters and vents work to help small engines deliver more powerful performance. Optimized for small engines, our filters and vents: Increase engine durability– Filters are proven to withstand the harsh fuel environment Enhance performance– Filters have self-orienting ability so that performance is consistent no matter the position of the power tool. Provide optimal air-flow exchange by delivering optimal exchange between the fuel tank and the atmosphere. Features Filters are self-orienting no matter the position of the power tool Oleophobic and won’t absorb fuel or let fuel past the vent Allow for optimal air-flow exchange between the fuel tank and the hydrocarbon absorbing system Materials Offered Filters – Advanced porous materials – PE or PP Vents – PTFE membrane and molded components Formats Available PE or PP – molded shapes PTFE – Rolls or...

Keeping power tools clean and working hard Maximize efficiency of your power tools with POREX® dust canisters. Keeping the user and work environment free from hazardous dust discharge, our filters can be cleaned and reused for maximum life and cost effectiveness. Specifically designed for power tools, our dust canisters: Reduce costs – Easy-to-clean canister can be reused. Improve safety – Keep user and environment free of hazardous dust discharge by capturing dust and particulates. Offer long-lasting, durable structure to maximize tool life. Features Capture dust and particulate from power tool operation Cleanable and reusable Long lasting, durable construction Materials Offered Advanced porous materials – PE Formats Available 3D molded shape Request Sample ask an engineer

Prevent operating room infections by absorbing infectious fumes POREX ® porous fume absorbers are used for the convenient and efficient eradication of noxious fumes generated in the cement-bone mixing process during surgical procedures in hospital operating rooms. Designed with porous plastic disks that surround activated carbon material, POREX porous fume absorbers create a porous fume filter that supports balanced air flow rates, optimal back flow pressure, and out-gas residence times. Accommodating device fit requirements with its specified part geometry, our porous fume absorbers: Prevent toxic fume and gas escape in operating rooms–Effectively absorbs fumes and gases, preventing exposure in operating rooms. Balance airflow with residence time for optimal absorption within a specific device geometry. Easy press-fit assembly–Complex layered component is designed for a simple press-fit assembly into the mixing device.

Prevent operating room infections by absorbing infectious fumes POREX ® porous fume absorbers are used for the convenient and efficient eradication of noxious fumes generated in the cement-bone mixing process during surgical procedures in hospital operating rooms. Designed with porous plastic disks that surround activated carbon material, POREX porous fume absorbers create a porous fume filter that supports balanced air flow rates, optimal back flow pressure, and out-gas residence times. Accommodating device fit requirements with its specified part geometry, our porous fume absorbers: Prevent toxic fume and gas escape in operating rooms–Effectively absorbs fumes and gases, preventing exposure in operating rooms. Balance airflow with residence time for optimal absorption within a specific device geometry. Easy press-fit assembly–Complex layered component is designed for a simple press-fit assembly into the mixing device.

Prevent operating room infections by absorbing infectious fumes POREX ® porous fume absorbers are used for the convenient and efficient eradication of noxious fumes generated in the cement-bone mixing process during surgical procedures in hospital operating rooms. Designed with porous plastic disks that surround activated carbon material, POREX porous fume absorbers create a porous fume filter that supports balanced air flow rates, optimal back flow pressure, and out-gas residence times. Accommodating device fit requirements with its specified part geometry, our porous fume absorbers: Prevent toxic fume and gas escape in operating rooms–Effectively absorbs fumes and gases, preventing exposure in operating rooms. Balance airflow with residence time for optimal absorption within a specific device geometry. Easy press-fit assembly–Complex layered component is designed for a simple press-fit assembly into the mixing device.

Prevent operating room infections by absorbing infectious fumes POREX ® porous fume absorbers are used for the convenient and efficient eradication of noxious fumes generated in the cement-bone mixing process during surgical procedures in hospital operating rooms. Designed with porous plastic disks that surround activated carbon material, POREX porous fume absorbers create a porous fume filter that supports balanced air flow rates, optimal back flow pressure, and out-gas residence times. Accommodating device fit requirements with its specified part geometry, our porous fume absorbers: Prevent toxic fume and gas escape in operating rooms–Effectively absorbs fumes and gases, preventing exposure in operating rooms. Balance airflow with residence time for optimal absorption within a specific device geometry. Easy press-fit assembly–Complex layered component is designed for a simple press-fit assembly into the mixing device.

Prevent operating room infections by absorbing infectious fumes POREX ® porous fume absorbers are used for the convenient and efficient eradication of noxious fumes generated in the cement-bone mixing process during surgical procedures in hospital operating rooms. Designed with porous plastic disks that surround activated carbon material, POREX porous fume absorbers create a porous fume filter that supports balanced air flow rates, optimal back flow pressure, and out-gas residence times. Accommodating device fit requirements with its specified part geometry, our porous fume absorbers: Prevent toxic fume and gas escape in operating rooms–Effectively absorbs fumes and gases, preventing exposure in operating rooms. Balance airflow with residence time for optimal absorption within a specific device geometry. Easy press-fit assembly–Complex layered component is designed for a simple press-fit assembly into the mixing device.

Greater efficiency with innovative technology From Point-Of-Care (POC) diagnostics to large-scale automated lab-testing systems, our lateral flow media help manage sample flow quickly and efficiently. Containing highly customizable capillary action and developed using industry-leading manufacturing techniques, our portfolio of sample pads, conjugate pads, absorbent pads and waste pads: Improve test sensitivity, specificity and speed – Porex can engineer custom geometries, material formulations, and capillary structures, to enhance the performance and functionality of your test platform. Function with a wide range of sample types – Providing quick wicking, absorption, controlled delivery and precise collection of various samples including blood, serum, urine and saliva. Enhance both visual and physical indications–Diverse raw material options combined with proprietary manufacturing techniques enhance the surface energy and recovery of analytes, reduce viscosity and minimize...

Pure and precise components for your rapid tests Proprietary coatings optimize our collection media’s capability to reduce potential contamination by minimizing non-specific binding. Our sample collection media’s custom wicking and absorption properties enable the safe collection, absorption and release of sample in order to: Reduce interference for better results – Pure materials enhance sample integrity that minimizes non-specific binding, resulting in higher recovery of analytes and more accurate results. Provide fast, controlled flow of sample – Customized capillary material structure provides wicking and absorption of saliva and urine quickly and efficiently, improving test efficacy and speed. Enhance options for result indication – Our proprietary technology can offer both visual and physical result indicators, in addition to minimizing non-specific binding, resulting in higher recovery of target analytes. Features Ideal capillary structure Enhanced functionality with...

The industry standard for test reliability Our pregnancy and ovulation wicks deliver proven performance and reliability. As the industry standard for home pregnancy and ovulation testing around the world, our products are optimized with precise capillary action, high purity and proprietary color change technology to: Improve sensitivity and specificity of pregnancy and ovulation rapid tests–Customized geometries and material formulations create a capillary structure that optimizes wicking, absorption and controlled delivery to the test site quickly. Provide method assurance and sample indication – Visual and physical indicator technology can be engineered to meet specific test platform requirements. Minimizes non-specific binding–Proprietary materials and manufacturing help generate components that provide higher recovery of analytes and is pH “agnostic” to handle a wider range of samples. Features Ideal capillary structure and controlled delivery of sample to test...