NON METAL WATERPROOF MEMBRANES ABOVE GRADE

Brand Owner (click to sort) Address Description
BURN-SHIELD TECHNOLOGY POLYGLASS S.P.A. Viale Edoardo Jenner, 4 Milano 20159 Italy Non-metal waterproof membranes for above-grade use, namely, as roofing membranes, and for below-grade use, namely, as a non-metal flashing around the foundation of a building; roofing underlayments;TECHNOLOGY;
POLYFORZA POLYGLASS S.P.A. Viale Edoardo Jenner, 4 Milano 20159 Italy Non-metal waterproof membranes for above-grade use, namely, as roofing membranes, and for below-grade use, namely, as a non-metal flashing around the foundation of a building; flashless anchor bar and snap on fascia cover and vertical face attachments; roofing underlayments; Roofing materials; fascia/edge metal product for modified or built-up roof systems; parapet solutions, namely, galvanized steel anchor clips and factory-applied stainless steel springs; snap on attachments; roof gutter, flanges, and drain bars; flash-thru drip edge; roof fascia, roof flashing;
POLYGLASS POLYGLASS SPA 31040 Negrisia di Ponte di Piave Treviso Italy Non-metal waterproof membranes for above-grade use, namely, as roofing membranes, and for below-grade use, namely, as a non-metal flashing around the foundation of a building; roofing underlayments;Self-adhesive waterproofing membranes for insulating and construction; construction membranes for [ thermal-acoustic insulation and ] insulating waterproofing membranes; heat insulating structural panels with waterproof film; thermal insulated materials, namely, ridged polyisocyanurate boards for construction use;POLY GLASS;
 

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

    
Technical Examples
  1. The apparatus for conductively connecting a plurality of wires together in a waterproof manner includes a non-conductive connector housing having opposing ends. Wire guides are included at each end of the connector housing. A conductive pin is disposed within the housing, and typically supported within an internal wall. Opposing membranes disposed within the connector housing define a chamber which at least partially encases the electrical pin and contains a liquid sealant. Insertion of wires into the open ends of the connector housing and into contact with the pin punctures the membranes causing the liquid sealant to leak out and bond around the electrical wire and pin causing a conductive connection which is waterproof.