Vacuuming - Import export

Increase efficiency of vacuum-based cutting tables To help manufacturers in the automotive, textile, and furniture industries more effectively hold upholstery, fabric, and textile roll stock flat onto vacuum-based cutting tables, we designed POREX ® vacuum hold-down sheets. With its unique technology, our vacuum hold-down sheets: Increase vacuum hold-down system efficiency – Specifically designed porous surface efficiently draws air to pull textiles onto a table for computer-based cutting. Minimize vacuum loss – The consistent pore structure of the sheets ensures low back pressure. Ensure durability – Material hardness withstands repeated scoring from a mechanical razor. Features Consistent pore structure evenly distributes vacuum suction High hardness withstands repeated scoring from a mechanical razor Strong and rigid for maximum service life and effectiveness Materials Offered Advanced porous materials (PE, PP) Formats Available Single piece sheets – multiple dimensions and...

Maximize performance of powder-coating systems POREX ® fluidizing sheets help provide a uniform and evenly distributed air supply stream in powder-coating systems in which powder should flow like water. With our special molding process, fluidizing sheets are developed with consistent pore sizes and airflow characteristics. Fluidizing sheet quality and performance is carefully checked using specially designed test devices and procedures, which ensures confidence with every use. To maximize performance, our fluidizing sheets: Deliver uniform powder distribution – Powder flows like water because the sheet provides a uniform distribution of air. Allow full fluidization – Engineered porous sheets maximize the efficiency of powder-coating systems. Ensure consistent system performance – Special molding process establishes evenly distributed pore sizes and airflow properties. Features Consistent pore structure evenly distributes air stream Strong and rigid for maximum service life and...

Increase efficiency of vacuum-based cutting tables To help manufacturers in the automotive, textile, and furniture industries more effectively hold upholstery, fabric, and textile roll stock flat onto vacuum-based cutting tables, we designed POREX ® vacuum hold-down sheets. With its unique technology, our vacuum hold-down sheets: Increase vacuum hold-down system efficiency – Specifically designed porous surface efficiently draws air to pull textiles onto a table for computer-based cutting. Minimize vacuum loss – The consistent pore structure of the sheets ensures low back pressure. Ensure durability – Material hardness withstands repeated scoring from a mechanical razor. Features Consistent pore structure evenly distributes vacuum suction High hardness withstands repeated scoring from a mechanical razor Strong and rigid for maximum service life and effectiveness Materials Offered Advanced porous materials (PE, PP) Formats Available Single piece sheets – multiple dimensions and...

Maximize performance of powder-coating systems POREX ® fluidizing sheets help provide a uniform and evenly distributed air supply stream in powder-coating systems in which powder should flow like water. With our special molding process, fluidizing sheets are developed with consistent pore sizes and airflow characteristics. Fluidizing sheet quality and performance is carefully checked using specially designed test devices and procedures, which ensures confidence with every use. To maximize performance, our fluidizing sheets: Deliver uniform powder distribution – Powder flows like water because the sheet provides a uniform distribution of air. Allow full fluidization – Engineered porous sheets maximize the efficiency of powder-coating systems. Ensure consistent system performance – Special molding process establishes evenly distributed pore sizes and airflow properties. Features Consistent pore structure evenly distributes air stream Strong and rigid for maximum service life and...

Maximize performance of powder-coating systems POREX ® fluidizing sheets help provide a uniform and evenly distributed air supply stream in powder-coating systems in which powder should flow like water. With our special molding process, fluidizing sheets are developed with consistent pore sizes and airflow characteristics. Fluidizing sheet quality and performance is carefully checked using specially designed test devices and procedures, which ensures confidence with every use. To maximize performance, our fluidizing sheets: Deliver uniform powder distribution – Powder flows like water because the sheet provides a uniform distribution of air. Allow full fluidization – Engineered porous sheets maximize the efficiency of powder-coating systems. Ensure consistent system performance – Special molding process establishes evenly distributed pore sizes and airflow properties. Features Consistent pore structure evenly distributes air stream Strong and rigid for maximum service life and...

Maximize performance of powder-coating systems POREX ® fluidizing sheets help provide a uniform and evenly distributed air supply stream in powder-coating systems in which powder should flow like water. With our special molding process, fluidizing sheets are developed with consistent pore sizes and airflow characteristics. Fluidizing sheet quality and performance is carefully checked using specially designed test devices and procedures, which ensures confidence with every use. To maximize performance, our fluidizing sheets: Deliver uniform powder distribution – Powder flows like water because the sheet provides a uniform distribution of air. Allow full fluidization – Engineered porous sheets maximize the efficiency of powder-coating systems. Ensure consistent system performance – Special molding process establishes evenly distributed pore sizes and airflow properties. Features Consistent pore structure evenly distributes air stream Strong and rigid for maximum service life and...

Excellent performance with porous vacuum componets Manufacturers around the world trust our porous materials to deliver excellent performance when used as vacuum components. Anti-static additives can also be introduced for applications that require conductivity. Ensure purity–Material is backed by the Certified Pure POREX™ program of independent laboratory testing of leachables, extractables and interfering substances. Deliver precise flow rates and tolerances–Engineered for tight pore size and volume control. Improve device effectiveness–Design is customizable per application and can incorporate anti-static properties. request sample ask an engineer

Increase efficiency of vacuum-based cutting tables To help manufacturers in the automotive, textile, and furniture industries more effectively hold upholstery, fabric, and textile roll stock flat onto vacuum-based cutting tables, we designed POREX ® vacuum hold-down sheets. With its unique technology, our vacuum hold-down sheets: Increase vacuum hold-down system efficiency – Specifically designed porous surface efficiently draws air to pull textiles onto a table for computer-based cutting. Minimize vacuum loss – The consistent pore structure of the sheets ensures low back pressure. Ensure durability – Material hardness withstands repeated scoring from a mechanical razor. Features Consistent pore structure evenly distributes vacuum suction High hardness withstands repeated scoring from a mechanical razor Strong and rigid for maximum service life and effectiveness Materials Offered Advanced porous materials (PE, PP) Formats Available Single piece sheets – multiple dimensions and...

Our highly flexible vacuum hoses are produced from longitudinal seam-welded, thin-walled stainless steel tubes, which are hydraulically formed in special-purpose machines. Our vacuum hoses are specifically cleaned after metal forming, during processing protected from uncleanness and prior to dispatch shrink-wrapped. Furthermore, all vacuum hoses will be leak tested prior to dispatch, by means of helium leak testing with up to 10E-8 mbar*l/s.

The STC series has been designed to provide unrivalled economy in the machining of the most demanding structural parts, multiblades and casings with long cycle times, and provide the customer with a whole host of practical options. These machining centers have excellent static and dynamic properties as well as a tried and tested rotatable head, making them the benchmark for heavy chip removal in titanium and Inconel part for the aerospace and power generation industries.