PEKK ANTERO 800NA 3D Printing Service.
3D Print your designs in PEKK based Antero 800NA.
Antero 800NA is our PEKK based 3d printed thermoplastic is your choice for designs and applications where you need excellent wear resistance, strength and toughness.
Antero also gives your parts high temperature and chemical resistance.
Other important additional attributes are Antero's low outgassing plus it's dimensional stability, especially for large builds. We can build your parts in one piece up to 406 x 355 x 406mm
Colour: Tan.
PEKK ANTERO
Antero is ideal for aviation and automotive components exposed to fuel and lubricants. The material will suit Space and aerospace applications where low outgassing is critical.
Flame Smoke Toxicity Certification.
Antero has been extensively burn tested via several test methods.
- Antero has been burn tested using the '14 CFR/FAR 25.853' method.
- Smoke tested via ASTM F814/E662
- EN-45545-2, R1 for Railway Vehicles (F900 builds only.)
Please request the Antero data sheet for the full results.
Key Properties: 450mc builds
Antero 800NA
- Heat deflection temperature of 150 °C
- Tensile Strength of 93.1 Mpa
- Elongation at Break of 6.4
- Volume Resistivity ASTM D257 >5.4 x 1014 ohm-cm
- Outgassing: TML ASTM D257 - 0.27%
- Burn test data is available.
- Colour: Natural.
Full data sheet available. Please note that that there are different Mechanical Properties published for 450mc and F900 builds. Our default machines will be 450mc.
Image © Stratasys.
3D Printed Materials
LATEST WORK
Example objects printed with our 3d printing services:
OUR CLIENTS SAY
Outstanding communication and understanding of what customer needs. Fast dispatch with tracking service, fairly quick turnaround and getting the job done within given timescale.
"Quality of parts is nice for the first look (despite surface roughness of al-alloys impellers). Communication is almost perfect. Any technical notes are taking into account, any requirements of order can be discussed. Wide range of materials as I can say regarding metal alloys."
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