Diallyl Bisphenol A (CAS 1745-89-7): Enhancing Thermoset Resin Performance and Applications
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Diallyl Bisphenol A
Diallyl Bisphenol A (DBA) is a vital modifier for bismaleimide (BMI) resins, significantly reducing application costs while boosting performance. It enhances the toughness, heat resistance, and moldability of BMI resins, making it indispensable for advanced material applications.
- Discover how DBA can reduce the application cost of BMI resin, making high-performance materials more accessible.
- Improve the toughness, heat resistance, and moldability of BMI resin for demanding applications with DBA.
- Explore the use of diallyl bisphenol A in electrical insulation materials, such as circuit boards and varnishes.
- Leverage DBA for wear-resistant materials like grinding wheels and brake pads, ensuring durability and longevity.
Key Advantages Offered
Enhanced Thermal Stability
By improving the cross-linked density of thermoset epoxies, DBA enables materials to withstand extreme temperatures, crucial for aerospace and electronics. Learn more about diallyl bisphenol a in aerospace structural materials.
Superior Mechanical Performance
DBA reinforces toughness and fatigue resistance, making it ideal for structural adhesives and high-performance composites. Discover how diallyl bisphenol a can improve the mechanical property of epoxy material.
Processing Flexibility
With tunable reactivity, DBA integrates seamlessly into various curing processes, from coatings to advanced composites. Explore the benefits of using DBA as a thermoset resin modifier.
Key Applications
Electrical Insulation
Used in electrical insulation materials, copper-clad circuit boards, high-temperature impregnating varnishes, and insulating varnish laminates, highlighting its role in electronic applications.
Wear-Resistant Materials
Ideal for diamond grinding wheels, heavy-duty grinding wheels, and brake pads, showcasing its contribution to durable, high-performance components.
Aerospace Structures
Serves as a component in aerospace structural materials, demonstrating its capability to meet stringent performance requirements in demanding environments.
Rubber Antioxidant
Acts as an antioxidant for rubber, significantly improving its aging resistance when added in quantities of 1-3%, a key benefit for the rubber industry.