Additive Technology: FFF
HSHT Fiberglass Reinforcement
HSHT stands for High Strength and High Temperature.
Highest Impact Resistance
Onyx parts with HSHT are 29x more impact resistant than ABS and over 100x more impact resistant than PLA.
Parts reinforced with HSHT Fiberglass can achieve a greater strength and heat tolerance than Aluminum. HSHT has the highest impact resistance and heat deflection temp at 302º F. It’s best suited for parts that require a repeated load or sudden impacts while enduring higher operating temperatures.
Resolution Supported
Max Part Size
100 Micron – 0.1 mm
330 x 270 x 200 mm
( 12.9 x 10.5 x 7.8 in )
Exterior Materials
Material Tech Specs
- Heat Deflection Temp
- Impact Resistance
- Elastic Deflection
Onyx / CF
6061 Aluminum
ABS
Nylon
Onyx / CF
6061 Aluminum
ABS
Nylon
Onyx / CF
6061 Aluminum
ABS
Nylon
Material Properties
Result
ASTM Test
Tensile Strength
600 MPa
D3039
Tensile Modulus
21 GPa
D3039
Tensile Strain at Break
3.9%
D3039
Flexural Strength
420 MPa
D790
Flexural Modulus
21 GPa
D790
Flexural Strain at Break
2.2%
D790
Compressive Strength
192 MPa
D6641
Heat Deflection Temp
302º F
D648 B
Izod Impact – Notched
3100 J/m
D256-10 A
Applications
Functional Prototypes
Mechanical Parts
Thermoforms
Welding Fixtures
Inspection Hardware
Jigs, Brackets & Chassis Parts
End-Use Production Parts
Housings & Enclosures
High Strength
Onyx parts printed with HSHT Fiberglass are 2.5x stronger and 8x stiffer.
High Heat Reinforcement
Print parts with an exterior base material and add HSHT Fiberglass reinforcement.
- Onyx Exterior
- HSHT Fiberglass Reinforcement
Advantages Of HSHT Fiberglass
High Impact Resistance
HSHT delivers the highest impact resistance of all our reinforcements. It’s 29x more impact resistant than ABS and 100x more than PLA.
High Strength
Reinforce your Nylon and Onyx parts with HSHT Fiberglass to achieve a higher flexural strength and tensile strength than Aluminum.
High Heat Deflection
HSHT Fiberglass has the highest heat deflection temperature of 302º F. It’s great for strong parts that require sudden impacts in high temps.
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