METAL BATH HARDWARE

Brand Owner (click to sort) Address Description
ANNALISA LIBERTY HARDWARE MFG. CORP. 140 Business Park Drive Winston-Salem NC 27107 METAL BATH HARDWARE, NAMELY, GRAB BARS, TOWEL HOOKS OF METAL;TOILET TISSUE HOLDERS; TOWEL BARS; TOWEL RINGS;BATH ACCESSORIES, NAMELY, HOOK RACKS IN THE NATURE OF TOWEL RACKS, TOWEL HOOKS NOT OF METAL, TOWEL RACKS;
AVERLAND LIBERTY HARDWARE MFG. CORP. 140 Business Park Drive Winston-Salem NC 27107 METAL BATH HARDWARE, NAMELY, TOWEL HOOKS OF METAL;TOILET TISSUE HOLDERS; TOWEL BARS; TOWEL RINGS;
HARVARD SQUARE LIBERTY HARDWARE MFG. CORP. 140 Business Park Drive Winston-Salem NC 27107 METAL BATH HARDWARE, NAMELY, GRAB BARS;
LIBERTY LIBERTY HARDWARE MFG. CORP. 140 Business Park Drive Winston-Salem NC 27107 METAL BATH HARDWARE, NAMELY, GRAB BARS, RESIDENTIAL ASSIST BARS, TUB SAFETY BARS, TOILET SAFETY BARS AND GRAB BAR ANCHORS;SHOWER AND BATH NON-SLIP APPLIQUÉS;ELEVATED TOILET SEATS;SHOWER CHAIRS, SHOWER SEATS AND SHOWER BENCHES; NON-METAL BATH HARDWARE, NAMELY, GRAB BARS, RESIDENTIAL ASSIST BARS, TUB SAFETY BARS, TOILET SAFETY BARS AND GRAB BAR ANCHORS;
SIMPLICITY LIBERTY HARDWARE MFG. CORP. 140 Business Park Drive Winston-Salem NC 27107 METAL BATH HARDWARE, NAMELY, SHOWER DOOR HANDLES AND SHOWER DOOR KNOBS OF COMMON METAL;
TEAGUE LIBERTY HARDWARE MFG. CORP. 140 Business Park Drive Winston-Salem NC 27107 METAL BATH HARDWARE, NAMELY, TOWEL HOOKS OF METAL;TOILET TISSUE HOLDERS, TOWEL BARS, TOWEL RINGS;
TEMPRA LIBERTY HARDWARE MFG. CORP. 140 Business Park Drive Winston-Salem NC 27107 METAL BATH HARDWARE, NAMELY, GRAB BARS;The English translation of TEMPRA in the mark is HARDENING.;
 

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

    
Technical Examples
  1. The invention relates to a regulation method for an electrolytic cell for the production of aluminium by means of reduction of alumina dissolved in a molten cryolite bath, wherein a solidified bath ridge is formed on the internal walls of the pot, a quantity B, referred to as the "ridge variation indicator", which is sensitive to the variation of said solidified bath ridge, is determined and at least one of the setting means of the pot (such as the anode-metal distance) and/or at least one control operation (such as the addition of AlF3) is modified as a function of the value obtained for said indicator. The indicator may be determined from electrical measurements on the pot and/or from measurements of the liquid metal surface area. The method according to the invention makes it possible to regulate an electrolytic cell effectively at currents of up to 500 kA with an electrolyte bath with an AlF3 content greater than 11% and reduce the number of AlF3 content measurements in the bath considerably.