PORE

Brand Owner (click to sort) Address Description
ANOPORE BRITISH ALCAN ALUMINIUM PLC CHALFONT PARK, GERRARDS CROSS BUCKS SL9 OQB AN PORE;INORGANIC METAL OXIDE FILTERING UNITS USED TO FILTER AND PURIFY LIQUIDS AND GASES ASSOCIATED WITH VENTILATION, WATER FILTRATION AND SANITATION;
ANOPORE BRITISH ALCAN ALUMINUM PLC CHALFONT PARK GERRARDS CROSS BUCKS SL9 OQB AN PORE;CHEMICAL MATERIALS FOR FILTERING, NAMELY-RAW AND PARTLY PREPARED INORGANIC METAL OXIDES FOR USE IN SEPARATION AND PURIFICATION OF SOLIDS FROM LIQUIDS, LIQUIDS FROM LIQUIDS, GASES FROM LIQUIDS, AND GASES FROM GASES, FOR USE IN SEPARATION INDUSTRIES; AND CHEMICAL SUPPORTING MATERIALS FOR CATALYSTS, NAMELY-MICROPOROUS METAL OXIDES;
ANOPORE BRITISH ALCAN ALUMINUM PLC CHALFONT PARK GERRARDS CROSS BUCKS SL9 OQB AN PORE;INORGANIC METAL OXIDE FILTERING MATERIALS USED IN MEDICAL, SURGICAL, DENTAL AND VETERINARIAN EQUIPMENT TO SEPARATE SOLIDS FROM LIQUIDS, LIQUIDS FROM LIQUIDS, LIQUIDS FROM GASES, AND GASES FROM GASES; AND SUPPORT MATERIALS FOR CATALYSTS NAMELY, MICROPOROUS METAL OXIDES FOR USE IN MEDICAL, SURGICAL, DENTAL AND VETERINARIAN EQUIPMENT;
DEEP PORE STIMULANT AESTHETICS, INC. 384 E. STATE ST. PLEASANT GROVE UT 84062 PORE;COSMETICS;
 

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

    
Technical Examples
  1. An activated carbon that is capable of adsorbing taste-and-odor-causing and other organic compounds, wherein the activated carbon comprises a uniquely modified carbonaceous material. The activated carbon comprising: (a) a pore volume per gram of the activated carbon more than about 0.32 mL in the pore width range between about 4 to 63 angstroms; and (b) a pore volume per gram of the activated carbon more than about 0.21 mL in the pore width range between about 63 to 500 angstroms; provided that the pore volume per gram of the activated carbon in the pore width range of about 20 to 63 angstroms is at least about 25% of the total pore volume per gram of the activated carbon in the pore width range of 4 to 63 angstroms, as measured per the Argon Adsorption Density Functional Theory protocol; provided that the activated carbon has a pH equal to or greater than 9.9, when immersed as a slurry in nitrogen-purged deionized distilled water, while the slurry contains about 10% by weight of activated carbon, as measured per the Slurry pH protocol.