Perform

PerFORM Datasheet - High Temperature Ceramic Filled Stereolithography Material

 

Perform Applications.

 

    • Heat resistant components
    • Stiff/rigid assemblies and prototypes
    • Composite ceramic-like components
    • Excellent aesthetic finish
    • Moisture stable components
    • Tooling & Wind Tunnel Applications
Physical Properties
Colour Opaque White
Type High Temperature Resin
offering excellent moisture & thermal resistance. Stiff ceramic filled.
Mechanical Properties
Test/ISO
Hardness Shore A/D 94D
Flexural Strength 120 (MPa) ATSM D790
Flexural Modulus 10,000 (MPa)
Tensile Modulus          10,500 (MPa) ATSM D638
Tensile Strength 68 (MPa)
Impact Strength 17J/m ATSM D256
Elongation Break (%) 1.1% ATSM D638
Thermal & Scientific Properties
Glass Transition Temperature 72 – 81°C DMA, E”
Heat Deflection Temp (°C) ATSM D648
@66 PSI 132 °C
@264 PSI 82°C
@66 PSI w/ thermal postcure 268°C
Co-efficient of Thermal Expansion E831-05
TMA (T<Tg, 0 – 50°C) 49.4µ/m – °C
TMA (T<Tg, 100 – 150°C) 80.9µ/m – °C

Perform Applications.

 

    • Heat resistant components
    • Stiff/rigid assemblies and prototypes
    • Composite ceramic-like components
    • Excellent aesthetic finish
    • Moisture stable components
    • Tooling & Wind Tunnel Applications
Physical Properties
Colour Opaque White
Type High Temperature Resin
offering excellent moisture & thermal resistance. Stiff ceramic filled.
Mechanical Properties
Hardness Shore A/D 94D
Flexural Strength 120 (MPa) Test/ISO: ATSM D790
Flexural Modulus 10,000 (MPa) Test/ISO: ATSM D790
Tensile Modulus 10,500 (MPa) Test/ISO: ATSM D638
Tensile Strength 68 (MPa) Test/ISO: ATSM D638
Impact Strength 17J/m Test/ISO: ATSM D256
Elongation Break (%) 1.1% Test/ISO: ATSM D638
Thermal & Scientific Properties
Glass Transition Temperature 72 – 81°C Test/ISO: DMA, E”
Heat Deflection Temp (°C) @66 PSI 132 °C Test/ISO: ATSM D648
Heat Deflection Temp (°C) @264 PSI 82°C Test/ISO: ATSM D648
Heat Deflection Temp (°C) @66 PSI w/ thermal postcure 268°C Test/ISO: ATSM D648
Co-efficient of Thermal Expansion TMA (T<Tg, 0 – 50°C) 49.4µ/m – °C Test/ISO: E831-05
Co-efficient of Thermal Expansion TMA (T<Tg, 100 – 150°C) 80.9µ/m – °C Test/ISO: E831-05

 

For further information contact our sales team on 028 9070 6940.

Request a Perform Quote

 

Testimonial

“Just wanted to drop you a line and say thanks very much for the excellent service. We received the models and they were great. It is always a pleasure dealing with a company that delivers what you ask for on time and within an acceptable budget. I would certainly recommend you!”


Customer Testimonial - Monodraught