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We use it for most of the printed parts on the HS3, ranging from cable chain mounts to the front display housing.

Store linkhttps://shop.pantheondesign.com/products/carbon-fiber-co-polyester-petg

The Good

  • High feature detail, good printability overall

  • High z strength , 85% to isotropic

  • Prints fast, deposition rate of 1kg/24hrs

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  • Above 60°C continuously, it tends to creep under high loads.

  • Not stiff/strong enough to replace “metal” parts without a significant redesign of the part/assembly

  • Wears out quickly when sliding continuously → Hinges OK, Gears not OK

Status
colourPurple
titletip
Many of our staff have printed parts in CF-PETG that have done 10,000s of KMs on motorcycles, and we figure if it survives on a motorcycle, it survives most applications.

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View file
namePantheon CF PETG SDS.pdf

Use Cases

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Case studies to come!

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CF-Nylon

CF-Nylon uses nylon 12 as a base and is our stiffest material; it's used for high strength and high temp applications.

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We use the CF-Nylon on all the printed parts on the HS3 printhead due to the high-temperature exposure.

The Good

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Store link https://shop.pantheondesign.

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com/

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products/carbon-fiber-nylon

The Good

  • Low moisture absorption → Nylon Moisture Absorption Testing

  • Super stiff → 8150 MPa Young's Modulus (Tensile modulus)

  • Highly dimensionally stable

  • highly resistant to hydrocarbons, alkalis, fats, oils, fuel, ethers, esters, and ketones

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  • Parts printed in CF-Nylon will scratch objects it rubbed against

  • Nylon 12 has low surface energy, making glueing gluing more challenging

  • it has a lower print speed than our CF-PETG by about 35%

  • does not like thin walls, minimum 2.5 mm

 

Status
colourPurple
titletip
We used the CF-Nylon in a variety of high load mechanical applications that traditionally would have been metal.

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Thermal Properties

Metric

Method

Heat Deflection @ 0.45MPa

186 °C

ISO 75: Method B

Heat Deflection @ 1.80MPa

112 °C

ISO 75: Method A

Moisture Absorption

<1%https://pantheondesign.atlassian.net/wiki/spaces/docs/pages/670564368/Pantheon+Filaments+and+Material+Handling#Nylon-moisture-absorption-testing

Nylon Moisture Absorption Testing

Safety Data Sheet

View file
namePantheon CF Nylon SDS.pdf

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Is the base nylon 12

yes

Use Cases

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Case studies to come!

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GF-Nylon

(Glass Fiber) GF-Nylon uses nylon 12 as a base; we use this material for the application of high wear. ie gears, sliding interfaces.

It shares many of the benefits of out CF-Nylon, but trades a bit of tensile strength for wear resistance and lubricity

The Good

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Store link https://shop.pantheondesign.

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com/

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products/glass-fiber-nylon

The Good

  • Low moisture absorption → Nylon Moisture Absorption Testing

  • Highly dimensionally stable

  • highly resistant to hydrocarbons, alkalis, fats, oils, fuel, ethers, esters, and ketones

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  • Nylon 12 has low surface energy, making painting more challenging

  • it has a lower print speed than our CF-PETG by about 35%

  • does not like thin walls, minimum 2.5 mm

 

Status
colourPurple
titletip
Our GF-Nylon has been used for assembly jigging, power transmission gears, and wear bars.

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Thermal Properties

Metric

Method

Heat Deflection @ 0.45MPa

170 °C

ISO 75: Method B

Heat Deflection @ 1.80MPa

111 °C

ISO 75: Method A

Moisture absorption

<1%https://pantheondesign.atlassian.net/wiki/spaces/docs/pages/670564368/Pantheon+Filaments+and+Material+Handling#Nylon-moisture-absorption-testing

Nylon Moisture Absorption Testing

Safety Data Sheet

View file
namePantheon GF Nylon SDS.pdf

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Is the base nylon 12

Yes

Use Cases

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Case

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studies to come!

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Nylon Moisture Absorption Testing

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