LC-9007 Vinyl Ester Resin
Phenolic vinyl ester resin with high temperature resistance and excellent mechanical properties. Heat deflection temperature of FRP can reach above 210°C.
Product Overview
LC-9007 is a phenolic vinyl ester resin engineered for extreme high-temperature applications. With exceptional thermal stability and mechanical properties, it enables FRP composites to achieve heat deflection temperatures above 210°C. This makes it ideal for aerospace, automotive, and industrial applications requiring superior high-temperature performance.
Key Properties
- • Exceptional high-temperature resistance
- • Superior mechanical properties
- • Excellent thermal stability
- • Outstanding chemical resistance
- • High-performance durability
Applications
- • High-temperature structures
- • Aerospace components
- • Automotive under-hood parts
- • Industrial heat exchangers
- • Fire-resistant applications
Product Specifications
Technical Performance
Comprehensive mechanical and thermal properties of LC-9007 phenolic vinyl ester resin casting body
Mechanical Properties
High-Temperature Properties
Thermal Stability
Exceptional thermal stability with continuous service temperature capability above 200°C. Ideal for extreme high-temperature applications.
Usage Guidelines
Curing System
LC-9007 requires careful temperature control during curing to achieve optimal high-temperature properties. Post-curing at elevated temperatures is recommended for maximum performance.
Recommended System:
Cobalt accelerator: 0.2-0.4% + MEKP catalyst: 1.5-2.5% by weight + Post-cure at 150-180°C
Processing Method
Suitable for hand lay-up, prepreg, RTM, and compression molding processes. Requires controlled processing conditions for optimal high-temperature performance.
Storage Conditions
- • Store in cool, dry place (15-25°C)
- • Keep away from heat and direct sunlight
- • Ensure containers are tightly sealed
- • Storage life: 3 months (uninitiated, dark place, 20°C) at 20°C
- • Monitor viscosity changes over time
Quality Control
- • Monitor gel time and viscosity regularly
- • Verify heat deflection temperature
- • Test mechanical properties at temperature
- • Ensure proper post-curing schedule
- • Follow aerospace/automotive standards
Need High-Temperature Solutions?
Contact our high-temperature specialists to learn more about LC-9007 and how it can provide exceptional thermal performance for your demanding applications.