METALLIC EXPANSION CONSTRUCTION JOINT

Brand Owner Address Description
WBA CONSTRUCTION RESEARCH & TECHNOLOGY, GMBH Dr.-Albert-Frank-Strasse 32 Trostberg 83308 Germany Metallic expansion and construction joint seals for use with buildings, bridges, roadways, parking structures and open air structures in the building, construction and repair industries; components of expansion and contraction joint sealing systems, namely, metallic expansion joint seals, mounting/support members, covers, fillers, fasteners, namely, threaded anchors and sleeve anchors, flashing, and fire resistant metal foils and sheets;Fire barriers comprised of laminates of fiber blankets and metal layers for use in the building, construction and repair industries; expansion and contraction joint fillers for use in the building, construction and repair industries; expansion and contraction joint sealants, caulks, and caulking compounds for use in the building, construction and repair industries; ceramic fiber batt insulation for use in the building, construction and repair industries; polymeric moisture barrier films; elastomeric expansion and contraction joint seals for use in buildings, bridges, roadways, parking structures, and open air structures; components of expansion and contraction joint sealing systems, namely, elastomeric expansion joint seals, mounting/support members, elastomeric covers, fillers, and sealants; elastomeric concrete for use with expansion and contraction joint sealing systems in the building, construction and repair industries;Adhesives for use with expansion and contraction joint seals and expansion and contraction joint sealing systems in the building, construction and repair industries;
 

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

    
Technical Examples
  1. In a flow sensor (1) including an anticorrosion metallic diaphragm; an insulating film formed on one surface of the metallic diaphragm; and a flow rate measuring sensor formed on the insulating film, the other surface of the metallic diaphragm being in contact with a fluid under measure, between the insulating film (122) on which sensor devices (25) are formed and the metallic diaphragm, a buffer layer (121) having an intermediate linear expansion coefficient between the linear expansion coefficient of the insulating film (122) and the linear expansion coefficient of an anticorrosion metal is interposed. Thereby, the sensitivity and response of the flow sensor are improved, and also the heat resistance is improved, by which the flow sensor is made especially suitable for measuring the flow rate of a corrosive fluid.