Systems engineering - Import export

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

In cooperation with our system partners, we offer you various all-around solutions in the field of handling systems in plant engineering & conveyor technology. In addition to these complete solutions, we also take on the development of various plant parts and/or system components: Manipulators, grippers Transfer stations Safety equipment Workpiece carriers Control cabinets Peripheral equipment Podiums, stairs Media transfer Feeder systems Ejector systems Manual workstations Design focal points: Design & constructional drafts Use of pneumatic and/or electric drives Space-saving lifting stations Construction in accordance with relevant guidelines and regulations Static & dynamic calculation of the construction Material & weight optimization of existing and new systems Project planning to initial start-up of complete automation solutions Optimization and conversion of existing systems