Polyols for Polyurethanes
Polyols for polyurethanes are the backbone of versatility and performance in the creation of advanced polymeric materials. Their impact spans from construction to the automotive industry, demonstrating the importance of these compounds in our daily lives.
Polyols for polyurethanes are essential compounds in the manufacturing of polyurethanes, acting as crucial precursors in the formation of these versatile polymeric materials. Their molecular structure allows polymerization with diisocyanates, resulting in the creation of polyurethanes with exceptional properties.
Design Flexibility: The versatility of polyols allows for designing polyurethanes with specific properties, adapting them to a wide range of applications.
Mechanical Resistance: They contribute to the mechanical resistance of polyurethanes, ensuring that the final products maintain structural integrity and durability.
Variety in Density: Polyols enable the creation of polyurethanes with different densities, which directly influences properties such as firmness and impact absorption.
Compatibility with Additives: Their compatibility with various additives facilitates the enhancement of specific properties, such as fire resistance or insulating properties.
Chemical Resistance: They contribute to the chemical resistance of polyurethanes, ensuring their stability against corrosive agents and chemicals.
Improved Adhesion: Polyols improve the adhesion of polyurethanes to various surfaces, ensuring a strong and durable bond.
Low Gas Emission: Their formulation can contribute to low gas emission during the production and use of polyurethane products, complying with environmental standards.
Insulation Foams: Widely used in the manufacture of thermal and acoustic insulation foams, providing an effective barrier in construction.
Coatings and Sealants: Applied in the formulation of coatings and sealants to protect surfaces and enhance resistance to environmental factors.
Footwear Materials: Present in the manufacturing of shoe soles and components, providing comfort, resistance, and durability.
Automotive Components: Used in the manufacture of automotive parts and components, providing lightweight and strength in automotive applications.
Furniture and Mattresses: Integrated into the manufacture of furniture and mattresses to offer comfort and durability, adapting to various preferences and needs.
Property Customization: Polyols allow for the customization of polyurethane properties, adapting them to specific requirements of each application.
Cost Efficiency: The versatility and performance of polyols contribute to cost efficiency in polyurethane production.
Environmental Sustainability: Some polyols can be formulated sustainably, supporting environmentally friendly practices in the industry.
Extended Durability: Improved mechanical resistance provides extended durability in final polyurethane products.
Continuous Innovation: Ongoing research and development in polyols for polyurethanes drive innovation, providing advanced solutions in various sectors.
Aminated Polyols
D-2000 Polyetheramine
T-5000 Polyetheramine
Polyester Polyols
Aliphatic Polyester Polyols
Aromatic Polyester Polyols
Caprolactones
Polyether Polyols
Autocatalytic Polyether Polyols
Glycerin-Based Triols
Hardeners
High Functionality Sucrose-Based Polyether Polyols
High EO Content Polyether Polyols
HT 760 Polyol
PEG 200
PEG 400
PEG 600
Polypropylene Glycols
PTMEG
Qdpol 10.01
Qdpol Hr 15%
Qdpol Hr 22%
Qdpol Polymeric 10%
Qdpol Polymeric 15%
Qdpol Polymeric 25%
Qdpol Polymeric 40%
Reactive Polyether Polyols
Specflex® NC 700 Polyol
Voractive® VM 779
Voranol® 4701
Voranol® 8136
Voranol® CP 1421 Polyol
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