Category overview

Polyol-based Monomers

Based on 3588 products - Last update on the Jun 26, 2025

Polyols typically appear as clear, viscous liquids or low-melting solids. Key features of polyols include their ability to enhance flexibility, durability, and moisture resistance in polymers. Used in the production of polyurethane foams, coatings, adhesives, sealants, and elastomers. 

Alternatives to traditional polyols include bio-based polyols. A notable trend in the industry is the increasing focus on green chemistry and the development of renewable raw materials. Sub-types include polyether polyols, polyester polyols, and polycarbonate polyols.

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Melting Point (347)
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Viscosity (2684)
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Poly-CO2®

by Monument Chemical

Poly-CO2® by Monument Chemical are a high-performance polycarbonate ether (PCE) polyols. They are obtained from captured carbon. They reduce the carbon footprint and can be used alone or together with recycled and bio-based polyols.<br> <ul style="padding-left: 40px;"><li>They are compatible with emerging recycling systems.</li> <li>Poly-CO2® are used to make high-performance polyurethanes for furniture and mattresses, automotive parts, apparel and footwear.</li> <li>They are more evenly distributed along the backbone of the polymer to ensure performance, quality, and stability.</li> <li>Incorporating carbon at the molecular level can impart performance benefits in a range of polyurethane applications from foams to flame lamination.</li></ul>
  • Recently launched
  • Sustainable option

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Poly-CO2®

by Monument Chemical

Poly-CO2® by Monument Chemical are a high-performance polycarbonate ether (PCE) polyols. They are obtained from captured carbon. They reduce the carbon footprint and can be used alone or together with recycled and bio-based polyols.<br> <ul style="padding-left: 40px;"><li>They are compatible with emerging recycling systems.</li> <li>Poly-CO2® are used to make high-performance polyurethanes for furniture and mattresses, automotive parts, apparel and footwear.</li> <li>They are more evenly distributed along the backbone of the polymer to ensure performance, quality, and stability.</li> <li>Incorporating carbon at the molecular level can impart performance benefits in a range of polyurethane applications from foams to flame lamination.</li></ul>
  • Recently launched
  • Sustainable option

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Polyol-based Monomers