MINERAL OILS

Brand Owner (click to sort) Address Description
BLUE CROSS HALSEY DRUG CO., INC. BROOKLYN N.Y. MINERAL OILS, COD LIVER OIL, MOUTH WASH ANTISEPTIC, MOUTH WASH ASTRINGENT, MILK OF MAGNESIA, LIQUID AND SOLID CITRATES AND CARBONATES; SODIUM PERBORATE, PLAIN AND FLAVORED; ANTACID POWDER, SALTPETRE, SODIUM FLUORIDE, WHITE HENNA, TINCTURE GREEN SOAP, CASTOR OIL, GLYCERINE, GLYCERINE AND ROSE WATER CREAM TARTAR, EGYPTIAN HENNA, EPSOM SALT, FENNEL SEED, FLAXSEED, SENNA PODS, SULPHUR, ALUM, ANISE SEED, BICARBONATE OF SODA, BORAX, BORIC ACID, ORRIS ROOT, CAMOMILE FLOWERS, COMP. LICORICE, HENNA LEAVES, OXALIC ACID, ROCHELLE SALT, SENNA LEAVES, AND ROACH POWDER;
BLUE CROSS HALSEY DRUG COMPANY, INC. 963 KENT AVENUE BROOKLYN NY MINERAL OILS, COD LIVER OIL, MOUTH WASH ANTISEPTIC, MOUTH WASH ASTRINGENT, MILK OF MAGNESIA, LIQUID AND SOLID CITRATES AND CARBONATES; SODIUM PERBORATE, PLAIN AND FLAVORED; ANTACID POWDER, SALTPETRE, SODIUM FLUORIDE, WHITE HENNA, TINCTURE GREEN SOAP, CASTOR OIL, GLYCERINE, GLYCERINE AND ROSE WATER CREAM TARTAR, EGYPTIAN HENNA, EPSOM SALT, FENNEL SEED, FLAXSEED, SENNA PODS, SULPHUR, ALUM, ANISE SEED, BICARBONATE OF SODA, BORAX, BORIC ACID, ORRIS ROOT, CAMOMILE FLOWERS, COMP. LICORICE, HENNA LEAVES, OXALIC ACID, ROCHELLE SALT, SENNA LEAVES, AND ROACH POWDER;
NUJOL STANCO INCORPORATED NO. 2 PARK AVENUE NEW YORK NY MINERAL OILS, COMPOUNDS, EMULSIONS, AND MIXTURES OF MINERAL OILS WITH OTHER SUBSTANCES FOR CHEMICAL, MEDICINAL, AND PHARMACEUTICAL PURPOSES, AND FOR BATTERY SEALING COMPOUNDS;NUJOIL;
SUNTEC SUNMARKS, INC. 3801 West Chester Pike NW-131 Newtown Square PA 19073 MINERAL OILS;
VROOAM VROOAM Lubricants Holding B.V. Aventurijn 300 Dordrecht NL3316 LB Netherlands Mineral oils, greases and lubricants for industrial purposes and not for fuel, namely, industrial oils, industrial lubricants, lubricating oils, and lubricating greases; all purpose lubricants; lubricants for motor vehicles; silicone based lubricants for motor vehicles; graphite lubricants; all purpose lubricants in spray form; [ solid film dry lubricants; ] lubricants for sprockets chains; non-mineral emulsion oils for use as a cooling additive for radiator systems; [ non-chemical lubricants for absorbing moisture from petroleum based engine fuels such as kerosene, diesel, biodiesel, methanol, ethanol and butanol; ] engine oils; [ non-chemical motor oil additives; non-chemical gasoline additives; non- chemical additives for fuels; ] non-chemical additives for lubricants, greases and oils; petroleum based dust absorbing compositions for use on vehicle chains, fenders and bodywork to attract dust, mud and grime; [ non-chemical petroleum based moisture binding compositions for use as an additive to engine fuels and other engine lubricating and cooling liquids for maintenance of motor vehicles; ] all purpose lubricants, namely, penetrating oils; all the above products for use in OEM (original equipment manufacturing) by the powersports industry, recreational watercraft industry, go-kart industry, and automotive industry;Color is not claimed as a feature of the mark.;Chemicals used in industry, namely, brake fluids and transmission fluids; [ chemical engine additives for enhancing the performance of ] [ engine oils, ] [ lubricating oils, greases ] [ and internal combustion engine fuels; chemicals products for neutralizing battery acid; ] chemical products for use as corrosion and rust inhibitors; hydraulic fluids especially for braking systems, transmission systems, and automatic gearboxes; chemical additive fluids for the treatment of radiator systems; antifreeze for radiator cooling circuits; all the above products for use in OEM (original equipment manufacturing) by the powersports industry, recreational watercraft industry, go-kart industry, and automotive industry;The wording VROOAM has no meaning in a foreign language.;
 

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

   
Technical Examples
  1. The present invention is directed to method of bonding mineral fibers in a mineral fiber material, according to which an acid is applied to the mineral fiber material in an amount sufficient to dissolve mineral material from the fiber to form a silica containing binder on the mineral fiber, and curing the mineral fiber material to bond the fibers.