METAL PIPELINE FILTERS

Brand Owner (click to sort) Address Description
POLYFLURON SGL CARBON SE SGL Carbon GmbH Werner-von-Siemens-Strasse 18 Meitingen 86405 Germany metal pipeline filters; separators for the chemical industry, namely, filters for the removal of solids from liquids or gases;metal pipes; metal pipes with plastic coating; metal goods, namely, pipelines for transporting bulk materials, fluids and gases; building materials, namely, metal columns; metal armatures for use in the pipe-lying industry; manually operated metal ball valves; non-return valves of metal not including machines elements; metal pipe fittings, namely, sight glasses; metal pipe bellows; dip and inlet metal pipes lined with plastic, sold as a unit; metal industrial hoses; chemical hoses for aggressive or corrosive chemicals; tanks for agitation, reaction or storage for the chemical industry; metal hoses lined with plastic of plastic hoses for the chemical industry, sold as a unit;
POLYFLURON Dr. Schnabel GmbH & Co. KG Offheimer Weg 21 D-65549 Limburg/Lahn Germany metal pipeline filters; separators for the chemical industry, namely, filters for the removal of solids from liquids or gases;metal pipes; metal pipes with plastic coating; metal goods, namely, pipelines for transporting bulk materials, fluids and gases; building materials, namely, metal columns; metal armatures for use in the pipe-lying industry; manually operated metal ball valves; non-return valves of metal not including machines elements; metal pipe fittings, namely, sight glasses; metal pipe bellows; dip and inlet metal pipes lined with plastic, sold as a unit; metal industrial hoses; chemical hoses for aggressive or corrosive chemicals; tanks for agitation, reaction or storage for the chemical industry; metal hoses lined with plastic of plastic hoses for the chemical industry, sold as a unit;
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. A sensor and carrier device are provided in combination with a pipeline for either placing a sensor element within the flow stream of the pipeline or a device to divert flow outside of the pipeline to measure a parameter of the conditions within the pipeline or of the gas flowing through the pipeline. The configuration of the probe comprising the carrier and sensor is such as to reduce the possibility of structural failure of the probe.