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eSUN eABS-HT

Sale price AED 91.00
Size: 1.75MM
Weight: 1 KG
Color: Black
Features
  • High Temperature Resistance
  • High Strength
  • High Toughness
  • Impact Resistance
Shipping Weight
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eSUN eABS-HT

eSUN eABS-HT
Elevate your demanding applications with eSUN ABS-HT, an advanced high-temperature resistant ABS filament engineered to deliver superior thermal performance beyond traditional ABS capabilities. This industrial-grade material features elevated heat deflection temperatures that maintain structural integrity under prolonged thermal stress, making it highly suitable for under-the-hood automotive components, industrial tooling, and enclosures exposed to heat sources. The enhanced formulation provides increased tensile strength with robust resistance to mechanical stress and deformation, ensuring long-term durability and reliable load-bearing capacity for both functional prototyping and critical end-use applications where thermal stability is paramount.

Experience exceptional durability with ABS-HT's unique combination of rigidity and ductility that delivers excellent toughness, allowing parts to absorb energy without cracking or structural failure. This advanced material excels in applications requiring resistance to sudden stress and long-term wear, making it perfect for brackets, fixtures, and structural frames that must perform reliably under demanding conditions. The outstanding impact resistance provides exceptional protection against shocks, drops, and vibrations, ensuring consistent performance for mechanical parts experiencing dynamic loads or physical impacts in challenging operational environments.

Improved Print Quality: Reduced warping characteristics and enhanced surface quality deliver superior dimensional accuracy and professional finish results compared to standard ABS materials
Versatile Thermal Applications: Perfect for automotive under-hood components requiring heat resistance, industrial tooling and jigs maintaining form under thermal stress, and engineering enclosures exposed to elevated temperatures
Reliable Performance Standards: Ideal for creating structurally sound parts operating in high-temperature conditions, functional prototypes requiring thermal stability, and end-use components demanding the perfect blend of strength, printability, and thermal reliability

Technical Specifications

Extruder Temperature 240-260°C
Bed Temperature 100-120°C
Fan Speed 0%
Printing Speed <200mm/s
Heated Bed Need
Printing Advice Sealing and Printing
Density 1.04 g/cm³
Melt Flow Index 7 g/10min (220°C/10KG)
Heat Distortion Temperature 104.4°C
Glass Transition Temperature /
Tensile Strength (XY) /
Elongation at Break (XY) /
Flexural Strength (XY) 60.7 MPa
Flexural 1898.8
IZOD Impact Strength (XY) 14 kJ/m²
Tensile Strength (Z) 35.7 MPa
Elongation at Break (Z) 3.78%
Flexural Strength (Z) /
Flexural Modulus (Z) /