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Palmer Holland, Inc.

Paper & Pulp Chemicals

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Finishing Additives & Treatments

6 Products found on Palmer Holland, Inc. in Paper & Pulp Chemicals

Palmer Holland, Inc.CARPOL® NIONIC™ P1000

Principal:Carpenter Co
Functions:Anti-Foaming Agent, Anti-Foaming Agent, Anti-Foaming Agent, Antifoam Agent, Surfactant, Surfactant, Surfactant, Surfactant (Nonionic), Surfactant (Nonionic), Surfactant (Nonionic)
Chemical Family:Polyglycols
End Uses:Chemical Intermediates, Latex Formulations, Mold Release, Mold Release Agents, Paper & Pulp, Synthetic Lubricants
Applicable Processes:Intermediate Manufacturing, Paper Manufacturing, Pulp Processing
Features:Excellent Chemical Stability, Excellent Foam Control, Excellent Foam Control, Excellent Lubricity, Excellent Lubricity, Foam Control, Good Chemical Stability, Good Chemical Stability, Good Lubricating Properties, Good Lubricating Properties, Good Solvency, High Chemical Stability, High Solvency, High Solvency, Low Ash, Low Ash, Low Ash Content, Low Ash Content, Low Vapor Pressure, Low Vapor Pressure, Low Vapor Pressure, Organic Solvency

CARPOL® NIONIC™ P1000 Polyglycol is a linear polymer produced by the polymerization of propylene oxide with propylene glycol. The P1000 nomenclature indicates a propylene oxide based product with a molecular weight of 1000. It is a clear, viscous liquid at room temperature with a low vapor pressure. It exhibits excellent lubricity and can be used in synthetic lubricant applications. It is suitable as an antifoam agent in latex formulations, pulp and paper processing, emulsion paints, and various food processes.

Palmer Holland, Inc.CARPOL® NIONIC™ P3000

Principal:Carpenter Co
Functions:Anti-Foaming Agent, Anti-Foaming Agent, Anti-Foaming Agent, Surfactant, Surfactant, Surfactant, Surfactant (Nonionic), Surfactant (Nonionic), Surfactant (Nonionic)
Chemical Family:Polyglycols
End Uses:Chemical Intermediates, Latex Formulations, Mold Release, Mold Release Agents, Paper & Pulp, Synthetic Lubricants
Applicable Processes:Intermediate Manufacturing, Paper Manufacturing, Pulp Processing
Features:Excellent Chemical Stability, Excellent Foam Control, Excellent Foam Control, Excellent Lubricity, Excellent Lubricity, Foam Control, Good Chemical Stability, Good Chemical Stability, Good Lubricating Properties, Good Lubricating Properties, Good Solvency, High Chemical Stability, High Solvency, High Solvency, Low Ash, Low Ash, Low Ash Content, Low Ash Content, Low Vapor Pressure, Low Vapor Pressure, Low Vapor Pressure, Organic Solvency

CARPOL® NIONIC™ P3000 Polyglycol is a linear polymer produced by the polymerization of propylene oxide with propylene glycol. The P3000 nomenclature indicates a propylene oxide based product with a molecular weight of 3000. It is a clear, viscous liquid at room temperature with a low vapor pressure. It exhibits excellent lubricity and can be used in synthetic lubricant applications. It is suitable as an antifoam agent in latex formulations, pulp and paper processing, emulsion paints, and various food processes.

Palmer Holland, Inc.CARPOL® NIONIC™ P1200

Principal:Carpenter Co
Functions:Anti-Foaming Agent, Anti-Foaming Agent, Anti-Foaming Agent, Antifoam Agent, Surfactant, Surfactant, Surfactant, Surfactant (Nonionic), Surfactant (Nonionic), Surfactant (Nonionic)
Chemical Family:Polyglycols
End Uses:Chemical Intermediates, Latex Formulations, Mold Release, Mold Release Agents, Paper & Pulp, Synthetic Lubricants
Applicable Processes:Intermediate Manufacturing, Paper Manufacturing, Pulp Processing
Features:Excellent Chemical Stability, Excellent Foam Control, Excellent Foam Control, Excellent Lubricity, Excellent Lubricity, Foam Control, Good Chemical Stability, Good Chemical Stability, Good Lubricating Properties, Good Lubricating Properties, Good Solvency, High Chemical Stability, High Solvency, High Solvency, Low Ash, Low Ash, Low Ash Content, Low Ash Content, Low Vapor Pressure, Low Vapor Pressure, Low Vapor Pressure, Organic Solvency

CARPOL® NIONIC™ P1200 Polyglycol is a linear polymer produced by the polymerization of propylene oxide with propylene glycol. The P1200 nomenclature indicates a propylene oxide based product with a molecular weight of 1200. It is a clear, viscous liquid at room temperature with a low vapor pressure. It exhibits excellent lubricity and can be used in synthetic lubricant applications. It is suitable as an antifoam agent in latex formulations, pulp and paper processing, emulsion paints, and various food processes.

Palmer Holland, Inc.SAFOL 23

Principal:SASOL Germany GmbH
Functions:Emulsifier
Chemical Name:Alcohols, C12-13-branched and linear
Chemical Family:Alcohols
Benefit Claims:Color Stability, Excellent Oxidation, Solubilizing, Solvency
Features:Color Stability, Color Stability, Excellent Oxidation, Good Color Stability, Good Oxidation Property, Good Solubility, Good Solubility, Good Solvency, High Solvency, High Solvency, Solubilizing, Solubilizing Properties, Solvency
Applicable Processes:Chemical Synthesis, Metalworking Applications

SAFOL 23 is a blend of C12 and C13 branched and linear alcohols. The branched isomers in SAFOL 23 are unique in that the branch is located mid-chain. This leaves the primary alcohol unobstructed for further derivatization. SAFOL 23 is a synthetic alcohol produced from olefins obtained using the novel Fischer-Tropsch process. Due to its saturation, SAFOL 23 demonstrates excellent oxidation and color stability. SAFOL 23's unique structure provides advantageous solubility and solvency.

Palmer Holland, Inc.CARPOL® NIONIC™ P4000

Principal:Carpenter Co
Functions:Anti-Foaming Agent, Anti-Foaming Agent, Anti-Foaming Agent, Antifoam Agent, Surfactant, Surfactant, Surfactant, Surfactant (Nonionic), Surfactant (Nonionic), Surfactant (Nonionic)
Chemical Family:Polyglycols
End Uses:Chemical Intermediates, Latex Formulations, Mold Release, Mold Release Agents, Paper & Pulp, Synthetic Lubricants
Applicable Processes:Intermediate Manufacturing, Paper Manufacturing, Pulp Processing
Features:Excellent Chemical Stability, Excellent Foam Control, Excellent Foam Control, Excellent Lubricity, Excellent Lubricity, Foam Control, Good Chemical Stability, Good Chemical Stability, Good Lubricating Properties, Good Lubricating Properties, Good Solvency, High Chemical Stability, High Solvency, High Solvency, Low Ash, Low Ash, Low Ash Content, Low Ash Content, Low Vapor Pressure, Low Vapor Pressure, Low Vapor Pressure, Organic Solvency

CARPOL® NIONIC™ P4000 Polyglycol is a linear polymer produced by the polymerization of propylene oxide with propylene glycol. The P4000 nomenclature indicates a propylene oxide-based product with a molecular weight of 4000. It is a clear, viscous liquid at room temperature with a low vapor pressure. It exhibits excellent lubricity and can be used in synthetic lubricant applications. It is suitable as an antifoam agent in latex formulations, pulp and paper processing, emulsion paints, and various food processes.

Palmer Holland, Inc.CARPOL® NIONIC™ P2000

Principal:Carpenter Co
Functions:Anti-Foaming Agent, Anti-Foaming Agent, Anti-Foaming Agent, Antifoam Agent, Surfactant, Surfactant, Surfactant, Surfactant (Nonionic), Surfactant (Nonionic), Surfactant (Nonionic)
Chemical Family:Polyglycols
End Uses:Chemical Intermediates, Latex Formulations, Mold Release, Mold Release Agents, Paper & Pulp, Synthetic Lubricants
Applicable Processes:Intermediate Manufacturing, Paper Manufacturing, Pulp Processing
Features:Excellent Chemical Stability, Excellent Foam Control, Excellent Foam Control, Excellent Lubricity, Excellent Lubricity, Foam Control, Good Chemical Stability, Good Chemical Stability, Good Lubricating Properties, Good Lubricating Properties, Good Solvency, High Chemical Stability, High Solvency, High Solvency, Low Ash, Low Ash, Low Ash Content, Low Ash Content, Low Vapor Pressure, Low Vapor Pressure, Low Vapor Pressure, Organic Solvency

CARPOL® NIONIC™ P2000 Polyglycol is a linear polymer produced by the polymerization of propylene oxide with propylene glycol. The CARPOL® NIONIC™ P2000 Polyglycol nomenclature indicates a propylene oxide based product with a molecular weight of 2000. It is a clear, viscous liquid at room temperature with a low vapor pressure. It exhibits excellent lubricity and can be used in synthetic lubricant applications. It is suitable as an antifoam agent in latex formulations, pulp and paper processing, emulsion paints, and various food processes.