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PHTHALONITRILE

As a class of high-temperature/performance polymer, Phthalonitrile (PN) resins have many excellent properties such as high thermal and oxidative stability, flame retardance, water, and chemical resistance. These properties make the PN resins attractive for many advanced technological applications, such as composite matrices, adhesives, and electrical conductors.

Phthalonitrile resins offer a better alternative to high-temperature polyimides and provide a high glass transition temperature and ease in property tailoring through molecular design without the evolved volatiles and complex cure cycles of polyimides. Phthalonitrile exhibits superior physical properties relative to other high-temperature polymers such as polyimides, BMIs and Cyanate Esters.

AZKLM 0301 is a Phthalonitrile resin with operating temperature up to 400°C developed by Azista Industries. AZKLM 0301 is designed for composite structures manufacturing by Vacuum Infusion and RTM process.

Application Areas

  • Polymeric Composites aboard Navy submarines

  • High-Temperature Radomes

  • Thermal Protection system for space vehicle re-entry

  • Nose cone, Thrust vectors, and Jet Vanes

  • Rocket Engine: Extendible Nozzle & aerospike engine

  • Structures with high heat resistance - Jet Engine Compressor Blade

  • High-Temperature tooling

  • Scramjet Engine for a future space vehicle

FEATURES

INDEFINITE SHELF LIFE

Phthalonitrile resins have an indefinite shelf life at room temperature.

COMBUSTION TOLERANCE

Does not sustain combustion on exposure to flame.

MANUFACTURING ADVANTAGE

Can be processed in the same way as ordinary commercial epoxy resins, using standard industrial composite manufacturing methods.

TAILORED MATERIAL CHEMISTRY

The Material chemistry can be tailored to melt at temperatures between 160 °C - 240 °C and control its initial cure to the required shape below 200 °C.

SPECIFICATIONS

OPERATING TEMPERATURE

350 °C

IMPREGNATION TEMPERATURE

150 °C

PRE-CURING TEMPERATURE

180 °C

POST-CURING TEMPERATURE

375 °C

MELT VISCOSITY

60-110 CPS

SOFTENING TEMPERATURE

125 °C

FLEXURAL STRENGTH

650 MPA

CHAR YIELD

72 %

Download Data Sheet