SUBSTRATES PRIMARILY METAL

Brand Owner (click to sort) Address Description
FLEXRACK EZ MOUNT Northern States Metals Company 3207 Innovation Place Youngstown OH 44509 Substrates primarily of metal for supporting solar cells, photovoltaic cells and solar collectors;FLEX RACK EASY MOUNT;MOUNT;
FLEXRACK EZ MOUNT Nothern States Metals Company 51 North Main St. West Hartford CT 06103 Substrates primarily of metal for supporting solar cells, photovoltaic cells and solar collectors;FLEX RACK EASY MOUNT; FLEXIBLE RACK EASY MOUNT;
FLEXRACK ROOF Northern States Metals Company 3207 Innovation Place Youngstown OH 44509 Substrates primarily of metal for supporting solar cells, photovoltaic cells and solar collectors;FLEX RACK ROOF;ROOF;
FLEXTRACK Northern States Metals Company 3207 Innovation Place Youngstown OH 44509 substrates primarily of metal for supporting solar cells, photovoltaic cells and solar collectors;FLEX TRACK;
SFR SMARTPOST Northern States Metals Company 3207 Innovation Place Youngstown OH 44509 Substrates primarily of metal for supporting solar cells, photovoltaic cells and solar collectors;SOLAR FLEX RACK SMART POST;
SOLAR FLEXRACK Northern States Metals Company 3207 Innovation Place Youngstown OH 44509 Substrates primarily of metal for supporting solar cells, photovoltaic cells and solar collectors;SOLAR FLEX RACK;SOLAR;
SOLAR FLEXRACK Northern States Metals Company 3207 Innovation Place Youngstown OH 44509 Substrates primarily of metal for supporting solar cells, photovoltaic cells and solar collectors;SOLAR FLEX RACK;SOLAR;
SOLAR SIEVE Composite Building Products, Inc. 1859 Lane 13 1/2 Powell WY 82435 Substrates primarily of metal for supporting solar cells, photovoltaic cells and solar collectors;
SOLARFRAMING Structural Solar Designs 116 Rolling Ridge Road Fairfield CT 06824 Substrates primarily of metal for supporting solar cells, photovoltaic cells and solar collectors;SOLAR FRAMING;
 

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

    
Technical Examples
  1. Improvements in methods for plating metal on substrates are obtained by providing media in the plating solution in sizes that are less than 60% to 80% smaller than the average dimension of the substrates to be plated. It is also advantageous for the substrates and media to be present in the solution at a volume ratio of above 1/1 to about 5/1. Another embodiment of the invention relates to an apparatus for electroplating a metal deposit on electroplatable substrates.