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Polyether Polyamines (PEPA)Amine Terminated Polyols
Products Covered:
- PTMEG-Diamine, for MDI or MDI Prepolymers
- Poly{Oxypropylene} Diamine (Mn=0.00023-0.002 MM, Liquid) [Mn=0.002, 99.86%] (H2NCH(CH3)CH2O(-CH2CH(CH3)O-)NCH2CH(CH3)NH2)
- Poly{Oxypropylene} Triamine (Adduct of Glycerol or Trimethylolpropane Starter, Mn=0.00044-0.005 MM, Liquid) [Glycerol: X=16, Mn=0.003 MM; Trimethylolpropane: X=0.8, Mn=0.00044 MM] (R1{[-CH2CH(CH3)O-]XCH2CH(CH3)NH2}3)
- Poly{Acrylamide - N,N-Dimethylaminomethyl Acrylamide, Neutralized or Quaternary} (MMW: Mw=1-5.5 MM, Cationic, Aqueous Solution) [Mw=2.0 MM, 6-11% in Water] ({[-CH2CH(CONH2)-]X{-CH2CH[CONHCH2N(CH3)2(R1)]-}Y}N) Fw: 117.0
The ChemPlan database is the most comprehensive single source of information on PEPA
Polyether Polyamines (PEPA) 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:
- Polyether Polyamines (PEPA) Products by Trade Name including:
- Composition and Chemical Structure
- Function, Application and End Use
- Physical and Chemical Properties
- Material Safety Data
- Polyether Polyamines (PEPA) Plants by:
- Location
- Capacities
- Operating Rates
- Raw Material Suppliers by Quantity
- Customers by Quantity
- Polyether Polyamines (PEPA) 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.
- Polyether Polyamines (PEPA) Market Data containing:
- Capacity
- Production
- Consumption and Use (Pounds and Dollar)
- Projected growth
- Exports and Imports by Company
- Market Shares
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