PC-ABS
Balanced overall performance with higher toughness and heat resistance than standard ABS.
Housings, functional parts, consumer electronics
Technical filaments
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| Product | Zugfestigkeit | Bruchdehnung | Biegefestigkeit | Biegemodul | Schlagzähigkeit | HDT | Druckparameter | Kompatible Drucker | Tempern | Trocknungsbedingungen |
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Balanced overall performance with higher toughness and heat resistance than standard ABS.
Housings, functional parts, consumer electronics
Easier to use than pure nylon; ideal as a transition material for technical applications.
Structural components, fixtures and tools, functional prototypes
Fiber-reinforced for higher rigidity and better dimensional stability.
Fixtures, jigs and tools, structural parts
High heat and impact resistance, but requires more demanding printing conditions.
Industrial housings, functional parts, heat-resistant components
Lightweight with excellent chemical resistance, but more difficult to adhere to the printing plate.
Chemical containers, flexible functional parts
High rigidity and wear resistance, but with significant moisture absorption.
Production jigs, gears, structural components
Dimensionally stable and highly resistant; more reliable and consistent than PA6.
High-strength functional parts, lightweight structural components
High strength and stiffness with overall excellent mechanical performance.
Load-bearing parts, mechanical components, devices and tools
Defined flame-retardant properties; ideal for safety-critical applications.
Electrical enclosures, flame-retardant components
Extreme temperature resistance, chemical inertness, and high mechanical strength, albeit with very high processing requirements.
Aerospace, medical, and extreme industrial applications
The values are based on the provided comparison table and may vary depending on the printer, profile, humidity, and test method.
Plastic products are placed in a heated liquid medium or a constant-temperature hot air oven for a certain period and then slowly cooled to room temperature, with the heat accelerating the relaxation of the macromolecules in the plastic, thereby eliminating or reducing residual stresses in the products after molding.
Elimination of the phenomenon of local stress concentration caused by different cooling rates during the cooling and curing process of plastic products.
This is what the SUNLU FilaDryer E2 offers
- a professional 2-in-1 annealing and drying solution specifically developed for technical materials.
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