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3DXTECH ThermaX™ EXTEM™ TPI

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3DXTECH ThermaX™ EXTEM™ TPI

Flamme retardant UL94 V-0 Extem™ Thermoplastic Polyimide (TPI)

ThermaX TPI is made using Sabic’s Extem™ Thermoplastic Polyimide (TPI) resin. This resin has been formulated specifically for FFF/FDM additive manufacturing. ThermaX TPI boasts exceptional thermal properties with a glass transition temperature (Tg) of 247C and an HDT of 230C. This material has exceptional mechanical, thermal, and chemical resistance properties and is suitable for the most demanding applications in the aerospace, automotive, electronics, and industrial markets. What is TPI?  One way to think about our ThermaX TPI [Thermoplastic Polyimide] is to consider it a higher-heat version of the venerable Ultem 1010 PEI (Polyether Imide). Both TPI and PEI are amorphous thermoplastic polyimides and offer excellent high-heat resistance, strength, and chemical resistance. Where ThermaX™ TPI shines is that it offers superior mechanical properties in applications that are exposed to temperatures above 170C and up to 230C (up to 50% higher strength than Ultem 1010 at these elevated temperatures). ThermaX TPI must be considered a top contender when you need the best performance in the most challenging applications. Our Gearbox HT2 printer [HERE] is the ideal platform for printing ThermaX TPI and other ultra-polymers.

Original price was: RM999.00.Current price is: RM899.00.

Features & Advantages

  • Exceptional thermal properties: Tg = 247C, HDT 237C
  • Up to 50% stronger than Ultem 1010 at temps above 170°C [170-230C]
  • Superior chemical resistance [auto & aircraft fluids, aliphatic hydrocarbons, alcohols, acids, chlorinated solvents]
  • Inherently flame retardant without the use of halogenated additives
  • Amorphous polymer with excellent dimensional stability over a wide range of temperatures
  • Lower cost than other ultra-polymers such as PEEK and PEKK
SKU 3DXTHERMA-TPI Category Brand:
Est. delivery by: Jun 2nd - Jun 4th

Download. Documentation for your references

Technical Data Sheet (TDS)

Safety Data Sheet (SDS)

All datasheets and information are subject to updates over time. For confirmation, please refer directly to the respective manufacturer.

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Product details

3DXTECH’S Flame Retardant Filament

Flame retardant 3D printing materials enhance safety and performance across industries by reducing fire risks and ensuring compliance with safety standards. From aerospace and defense to electronics and automotive, these materials provide critical protection in high-stakes environments.

Benefits of Flame Retardant Filament

Flame retardant 3D printing materials offer vital benefits by enhancing safety and reducing fire risks across industries. These materials help prevent ignition, improve the durability of printed parts in high-heat environments, and ensure compliance with safety standards, making them ideal for applications where fire hazards are a concern.

  • Fire Prevention
Flame retardant 3D printing materials reduce the risk of ignition, making them essential for applications where fire hazards are present.
  • Heat Resistance
These materials can withstand high temperatures, ensuring that printed parts remain durable and stable in extreme conditions.
  • Enhanced Safety
Reduces the chance of fire-related incidents, flame retardant filaments contribute to safer environments for both equipment and personnel.
  • Regulatory Compliance
Using flame retardant materials helps meet strict safety regulations, ensuring that products meet necessary, industry specific standards for fire safety.

3DXTech Filament Guide

Filament Drying Instructions

Proper filament care is crucial for achieving quality prints and extending the life of materials. Filaments should be stored in a dry environment, ideally in airtight containers with desiccants to prevent moisture absorption. We offer various types of storage solutions that will keep your filaments in optimal condition.

For filaments that have already absorbed moisture, we recommend filament dryers that effectively remove moisture and restore their printing properties. Our dryers are designed to be easy to use and efficient.

Whether you need storage, drying, or maintenance of filaments, proper care will ensure that your materials are always ready for printing at the best quality.

Drying Setting

Material Max Drying Temp (°C) Duration (Hours)
PEKK 120 4
PEEK 120 4
PEI 120 4
PPSU 120 4
PSU 120 4
PPS 110 4
PVDF Drying not needed
PC 120 4
PC/ABS 110 4
PC/ASA 110 4
NYLON 90 4
FLEX TPC 65 4
PETG 65 4
ASA 80 4
ABS 80 4
PLA 65 4
HIPS Drying not needed
Aquatek WSS Support 65 2-4
High Temp Break Away Support 120 4

Max drying temp:  Important – this temperature should not be exceeded without risking the deformation of the filament, reel, or both.

Drying duration:  This of course depends on how wet the material is.  If it has been sitting out for several weeks or months, then you may need to dry it longer to drive out the moisture.  High-temp materials like PEKK, PEEK, and PEI may need to be dried longer since they are slow to pick up moisture, but also slow to give moisture up when drying.

Drying Nylon:  Anyone who prints with nylon knows how fast it can pick up moisture and what this does to the quality of your printing.   We recommend 90°C and at least 4 hours to dry nylon, but this is a starting point.  Saturated nylon may take 24+ hours to dry enough to make decent prints.  Keep the material in a dry place while printing and between print jobs to make drying easier.

Over-drying Nylon:  One thing to note is that over-drying nylon can be more difficult to dry and handle.  Nylon actually likes a little bit of moisture in it or it will be brittle and more difficult to process.  Printing with nylon is so much fun!

Vacuum oven:  The use of a vacuum oven is of course helpful, but not necessary.  Any oven that heats the filament up to the recommended temp is generally suitable.  There are several filament ‘dryers’ on the market (Printdry, ebox), but even a simple toaster oven can dry the filament between uses.

Ventilation:  It’s always a great idea to make sure you have proper ventilation in your printing environment – whether during printing or drying filament – to assure good air quality while processing these plastic materials.

Smoke and Fire Detection:  Please make sure you have a smoke detector in any environment where you are printing.  You are processing plastic materials and many of them are flammable and all exude some vapors during printing.

Questions?  Please email us at info@3dxtech.com if you have any questions.

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