TranTech ChemPlan &em; The Decision Support System For The Chemical Process Industries
TranTech Consultants, Inc

 

Email: chemplan@comcast.net

 

Anionic Polyacrylamides (PAM, AN)


Products Covered:
  • Polyacrylamides and Cationic Polymers [Resale]
  • Poly{Methacrylic Acid - Ethyl Acrylate - Steareth-10 Allyl Ether}
  • Poly{Acrylamide} (LMW: Mw<1 MM, Nonionic, Powder) [Mw=0.6 MM, 87%] ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)-]Y}N) Fw: 71.0
  • Poly{Acrylamide - Acrylic Acid, Sodium Salt} (VHMW: Mw=12-18 MM, Anionic, Potable Water Grade, Powder) [Mw=13 MM, AC=30 mol%, DN=100%, Monomer=0.05%, 91%] ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COONa)V-]Y}N) Fw: 78.0
  • Poly{Acrylamide - Acrylic Acid, Sodium Salt} (MMW: Mw=1-5.5 MM, Anionic, Aqueous Solution) [Mw=4 MM, AC=30 mol%, DN=100%, 10% in Water] ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COONa)V-]Y}N) Fw: 78.0
  • Poly{Acrylamide - N-Methylolacrylamide - Sulfomethylolacrylamide, Sodium Salt} (MMW: Mw=1-5.5 MM, Anionic, Potable Water Grade) [Mw=3 MM, AC=40 mol%] ({[-CH2CH(CONH2)-]X[-CH2CH(CONHCH2OH)-]Y[-CH2CH(CONHCH2SO3Na)-]Z}N) Fw: 129.0
  • Poly{Acrylamide - Acrylic Acid, Neutralized or Acid} (VHMW: Mw=12-18 MM, Anionic, Emulsion) [Mw=13 MM, AC=10-60 mol%, DN=75%, Polymer=35-36%, Polymer/Water/Oil/Emulsifier Wt. Ratio=1/1.05/0.64/0.107] ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COOM1)V-]Y}N) Fw: 76.0
  • Poly{Acrylamide - Acrylic Acid, Neutralized or Acid} (HMW: Mw=6-11 MM, Anionic, Potable Water Grade, Emulsion) [Mw=8 MM, DN=75%, Monomer=0.014%] ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COOM1)V-]Y}N) Fw: 76.0
  • Poly{Acrylamide - Acrylic Acid, Sodium Salt} (EHMW: Mw>=20 MM, Anionic, Gel in Water) [Mw=25 MM, AC=25 mol%, DN=100%, 30%] ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COONa)V-]Y}N) Fw: 77.0
  • Poly{Acrylamide - Acrylic Acid, Sodium Salt} (HMW: Mw=6-15 MM, Anionic, Potable Water Grade, Microbead or Free Flowing Powder) [Mw=14 MM, Monomer=0.05%, 92%] ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COONa)V-]Y}N) Fw: 78.0
  • Poly{Acrylamide - Acrylic Acid, Sodium Salt} (MMW: Mw=1-5.5 MM, Anionic, Powder) [Mw=4 MM, AC=30 mol%, DN=100%, 92%] ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COONa)V-]Y}N) Fw: 78.0
  • Poly{Acrylamide - Sodium Acrylate - Acrylonitrile} (HMW-VHMW: Mw=0.3-1.0 MM, Very Low AN Content, Aqueous Solution) [Mw=0.8 MM, 12.1%] ({[-CH2CH(COONa)-]X[-CH2CH(CONH2)-]Y[-CH2CH(CN)-]Z}N)
  • Poly{Acrylamide-Dimethyldiallylammonium Chloride-w/ or w/o Acrylic Acid} (MMW: Mw=0.5-7 MM, Cationic, Emulsion) [CC=10-40 mol%, Polymer=25-40%] ({[-CH2CH(CONH2)-]X{-CH2CH[CH2N(CH3)2(Cl)CH2]CHCH2-}Y}N) Fw: 98.0
  • Poly{Acrylamide - Acrylic Acid, Neutralized or Acid} (Anionic)
  • Poly{Acrylamide - Methacrylic Acid, Neutralized} (Mw=6-14 MM, Anionic, Emulsion)
  • Poly{Acrylamide - Acrylic Acid, Neutralized or Acid} (MMW: Mw=1-5.5 MM, Anionic, Emulsion) ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COOM1)V-]Y}N) Fw: 76.0
  • Poly{Acrylamide - Acrylic Acid, Neutralized or Acid} (MMW: Mw=1-5.5 MM, Anionic, Potable Water Grade, Emulsion) ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COOM1)V-]Y}N) Fw: 76.0
  • Poly{Acrylamide - Acrylic Acid, Neutralized or Acid} (HMW: Mw=6-16 MM, Anionic, Emulsion or Dispersion) ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COOM1)V-]Y}N) Fw: 76.0
  • Poly{Acrylamide - Acrylic Acid, Sodium Salt} (VHMW: Mw=12-18 MM, Anionic, Gel in Water) ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COONa)V-]Y}N) Fw: 77.0
  • Poly{Acrylamide - Acrylic Acid, Sodium Salt} (HMW: Mw=6-11 MM, Anionic, Gel in Water) ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COONa)V-]Y}N) Fw: 77.0
  • Poly{Acrylamide} (VHMW: Mw=12-18 MM, Nonionic, Free Flowing Powder) ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)-]Y}N) Fw: 71.0
  • Poly{Acrylamide - Acrylic Acid, Sodium Salt} (HMW: Mw=6-12 MM, Anionic, Free Flowing Powder) ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COONa)V-]Y}N) Fw: 78.0
  • Poly{Acrylamide - Acrylic Acid, Sodium Salt} (VHMW: Mw=12-18 MM, Anionic, Free Flowing Powder) ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COONa)V-]Y}N) Fw: 78.0
  • Poly{Acrylamide - Acrylic Acid, Sodium Salt} (MMW: Mw=1-5.5 MM, Anionic, Free Flowing Powder) ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COONa)V-]Y}N) Fw: 78.0
  • Poly{Acrylamide - Acrylic Acid, Sodium Salt} (LMW: Mw=0.1-0.5 MM, Anionic, Powder) ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COONa)V-]Y}N) Fw: 78.0
  • Poly{Acrylamide - Acrylic Acid, Sodium Salt} (LMW: Mw=0.1-0.5 MM, Anionic, Free Flowing Powder) ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COONa)V-]Y}N) Fw: 78.0
  • Poly{Acrylamide - Acrylic Acid, Sodium Salt} (HMW: Mw=6-11 MM, Anionic, Aqueous Solution) ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COONa)V-]Y}N) Fw: 78.0
  • Poly{Acrylamide - Acrylic Acid, Sodium Salt} (HMW: Mw=7-15 MM, Anionic, Powder) ({[-CH2CH(CONH2)-]X[-CH2CH(COOH)U(COONa)V-]Y}N) Fw: 78.0
  • Poly{Acrylamide - Acrylamide Tert-Butyl Aulfonic Acid} [Product]
  • Poly{Acrylamide - 2-Acrylamido-2-methyl-1-propanesulfonic Acid - Hydroxymethacrylamide, Neutralized) (Mw=6-15 MM, Anionic, Powder) [Mw=12 MM]
  • Poly{Acrylamide - 2-Acrylamido-2-methyl-1-propanesulfonic Acid, Neutralized) (Mw=6-15 MM, Anionic, Powder) [Mw=12 MM]
  • Poly{Acrylamide - 2-Acrylamido-2-methyl-1-propanesulfonic Acid or Anionic Monomer, Neutralized or Acid} (Mw=6-15 MM, Anionic, Emulsion or Solid) [Mw=12 MM, AC=15 mol%, Polymer=30%, Polymer/Water/Oil/Emulsifier Ratio=1/0.97/0.85/0.5] ({[-CH2CH(CONH2)-]X[-CH2CHCONHC(CH3)2CH2(SO3H)U(SO3Na)V-]Y}N)
  • Poly{Acrylamide - Methacrylic Acid - Maleic Anhydride}
  • Poly{Acrylic Acid - 2-Acrylamido-2-methyl-1-propanesulfonic Acid, Neutralized or Acid} (LMW: Mw=0.003-0.02 MM, Aqueous Solution or Solid) [Partialy Neutralized, Mw=0.004 MM or Mw=0.02 MM, 40%] ({[-CH2CH(COOH)U(COONa)V-]X[-CH2CHCONHC(CH3)2CH2(SO3H)W(SO3Na)Z-]Y}N)

The ChemPlan database is the most comprehensive single source of information on PAM

Anionic Polyacrylamides (PAM, AN) Information has been developed for the United States, Western Europe, Japan, Africa, Asia/Middle East, Asia Pacific, Australia/New Zealand, Canada, Eastern Europe, Latin America and Mexico. Included are the following categories:
  • Anionic Polyacrylamides (PAM, AN) Products by Trade Name including:
    • Composition and Chemical Structure
    • Function, Application and End Use
    • Physical and Chemical Properties
    • Material Safety Data
  • Anionic Polyacrylamides (PAM, AN) Plants by:
    • Location
    • Capacities
    • Operating Rates
    • Raw Material Suppliers by Quantity
    • Customers by Quantity
  • Anionic Polyacrylamides (PAM, AN) Manufacturing Processes including:
    • Process and Product Technologies
    • Equipment and Materials of Construction
    • Capital Cost Estimates
    • Production Cost Broken Down to Materials, Utilities (e.g. Steam), Waste Handling (e.g. BOD), Labor, Insurance, etc.
  • Anionic Polyacrylamides (PAM, AN) Market Data containing:
    • Capacity
    • Production
    • Consumption and Use (Pounds and Dollar)
    • Projected growth
    • Exports and Imports by Company
    • Market Shares

© TranTech Consultants, Inc. 1987-2024. All rights reserved. All trademarks are the property of their respective owners.