Site Map

Browse the sitemap:

• Home
• About Us
• Poly(Alkylene Carbonates) Basic Polymerization Reaction
• Poly(Alkylene Carbonates) Decomposition Mechanisms
• Poly(Alkylene Carbonates) Typical Properties
• QPAC^® 40 (PPC) offers low ash and metal impurity levels after decomposition
• QPAC^®40 (PPC): TGA results in various atmospheres (@10°C/min)
• QPAC^®40 TGA in air and nitrogen
• QPAC^®40 TGA versus Polyvinyl butyral (PVB) and Ethyl Cellulose binders
• Sample Page
• Thermogravimetric analysis (TGA) of QPAC^®100 and QPAC^®130
• Thermogravimetric Analysis (TGA) of QPAC^®25
• Technology
• Products
  • QPAC^®25 poly(ethylene carbonate)
  • QPAC^®40 poly(propylene carbonate)
  • QPAC^®100 poly (propylene/cyclohexane carbonate)
  • QPAC^®130 poly(cyclohexene carbonate)
  • QPAC^®PBC poly(butylene carbonate)
• Applications
  • Electronic Passive Components
  • Brazing Pastes and Solutions
  • Abrasive Tool Hardening / Diamond Cutting Tools
  • Glass Paste and Sealing Glass Binders
  • Thick Film Paste
  • High Purity Technical Ceramic Parts
  • Micro-Electromechanical System (MEMS) Fabrication
  • New, Innovative Applications
  • Other Structural Applications
• News
• Contact Us
• Opt-out
• Privacy Policy & Terms of Use