Thermal performance
High heat resistance
Intamsys Filament ULTEM (PEI) 1010 1,75mm (500g / 1kg)
Dhs. 657.00
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Intamsys Filament ULTEM (PEI) 1010 1,75mm (500g / 1kg)
Dhs. 657.00
Available on Click & Collect · Pay by card or cash at pickup, or choose bank transfer at checkout How does it work?
Geometry
Dimensional stability
Processing
Heated chamber required
Technical specifications
| Material | PEI 1010 |
|---|---|
| Manufacturing process | FDM / FFF |
| Filament diameter | 1.75 mm |
| Net filament weight | 500 g / 1 kg — confirm supply format |
| Printer requirements | Industrial high-temperature FFF system with heated chamber |
| Thermal profile | Use the INTAMSYS profile for this exact grade |
| Data interpretation | Typical manufacturer values. Printing settings depend on printer and plate; mechanical and HDT data are not guaranteed operating limits. |
Intamsys
INTAMSYS ULTEM PEI 1010
Use it for developing heat-exposed tooling, fixtures and technical housings. Qualify the final printed part rather than assuming resin properties apply unchanged.
ULTEM 1010 resin
INTAMSYS manufactures this PEI filament using SABIC ULTEM 1010 resin for high-performance FFF processing.
Thermal and dimensional performance
The amorphous polymer combines heat resistance with dimensional stability for demanding parts.
For industrial print systems
PEI 1010 requires a high-temperature hotend, heated chamber and a validated material profile.
Tooling and technical components
Use it for developing heat-exposed tooling, fixtures and technical housings. Qualify the final printed part rather than assuming resin properties apply unchanged.
Keep 1010 and 9085 distinct
Use the PEI 1010 profile and its own processing requirements. Do not transfer 9085 printing settings or certification claims to this material.
ULTEM 1010 resin
INTAMSYS identifies SABIC ULTEM 1010 as the resin used in this PEI filament. It is distinct from PEI 9085 and should be specified by grade.
Dimensional stability at elevated temperatures
The supplier positions PEI 1010 for heat-resistant engineering parts with dimensional stability. Use the published material data as a starting point for the actual component design.
Flame resistance and qualification
PEI has inherent flame-resistant behaviour. Any certification required for a finished part depends on the relevant test method, printed geometry and application.
In the box
1 spool of INTAMSYS ULTEM PEI 1010 — weight and colour as selected