CELLULOSE PULP

Brand Owner (click to sort) Address Description
BETTERROOTS Tranlin, Inc. Suite 100 1 Boar's Head Place Charlottesville VA 22903 Cellulose pulp, paper pulp, straw pulp, humus, humus-based organic fertilizer, fertilizers, soil amendments, biostimulants in the nature of plant growth nutrients, organic acids in the nature of plant growth nutrients;
EARTH'S TURN Tranlin, Inc. Suite 100 1 Boar's Head Place Charlottesville VA 22903 Cellulose pulp, paper pulp, straw pulp, humus, humus-based organic fertilizer, fertilizers;
ELDORADO Eldorado Brasil Celulose S.A. Rua General Furtado do Nascimento nº 66 Alto de Pinheiros Sao Paolo 05465070 Brazil cellulose pulp;
GEORGIANIER RAYONIER PERFORMANCE FIBERS 1301 Riverplace Boulevard Jacksonville FL 32207 CELLULOSE PULP;
GEORGIANIER RAYONIER, INC. 1177 SUMMER STREET STAMFORD CT 069055529 CELLULOSE PULP;
MODOCELL MO OCH DOMSJO AKTIEBOLAG HARNOSAND Sweden CELLULOSE PULP;
MODOCROWN MO OCH DOMSJO AKTIEBOLAG HARNOSAND Sweden CELLULOSE PULP;
SOLKA-FLOC J. RETTENMAIER USA LP 16369 US 131 Hwy Schoolcraft MI 49087 CELLULOSE PULP;
SOLKA-FLOC SOLVAIRA SPECIALTIES INC. 50 BRIDGE STREET NORTH TONAWANDA NY 14120 CELLULOSE PULP;
SOLKA-FLOC INTERNATIONAL FIBER CORPORATION 50 Bridge Street North Tonawanda NY 14120 CELLULOSE PULP;
ULTRANIER RAYONIER PERFORMANCE FIBERS 1301 Riverplace Boulevard Jacksonville FL 32207 Cellulose Pulp;
ULTRANIER RAYONIER PRODUCTS AND FINANCIAL SERVICES 31 SOUTH 4TH STREET FERNANDINA BEACH DE Cellulose Pulp;
VASTLY Tranlin, Inc. Suite 100 1 Boar's Head Place Charlottesville VA 22903 Cellulose pulp, paper pulp, straw pulp, humus, humus-based organic fertilizer, fertilizers;Paper plates, bowls and cups; biodegradable paper pulp-based plates, bowls and cups; paper bento boxes; paper lunch boxes;
ZHENCEL Cosmo Specialty Fibers, Inc. 1701 First Street Cosmopolis WA 98537 Cellulose pulp;The wording ZHENCEL 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 invention relates to a method for the modification of cellulose fiber with the object of increasing the strength properties of the pulp. Cellulose derivative, preferably in the form of CMC, is added in association with alkali cooking and/or delignification of cellulose chips in a suspension with treatment fluid, in an amount exceeding 2 kg, preferably at least 5-7 kg, per ton of cellulose fibers. The addition of cellulose derivative to the suspension takes place when the suspension has a concentration of calcium released from the cellulose exceeding 20 mg/l. The conditions required for an efficient deposit of cellulose derivative onto the cellulose fibers can be established in this way, where the natural content of calcium in the wood raw material has been released and contributes to a high ionic strength, while an advantageous high temperature is established. No additional process stages are required and operating costs can be kept low.