eSun EABS-HT 1.75 mm Cold White 1 kg — ABS-like high-temperature 3D printing filament

eSun EABS-HT 1.75 mm Cold White is an ABS-like high-temperature 3D printing filament supplied on a 1 kg spool and intended for use in printers that accept 1.75 mm filament. Formulated to provide greater thermal resistance and mechanical strength than standard PLA, this material is suitable for printing functional prototypes, mechanical parts and other durable components. It is intended for use with a heated build plate or inside an enclosed print chamber and requires extrusion temperatures typical for high-temperature engineering filaments.

Advantages

This filament combines ABS-like toughness with improved heat resistance, offering stronger interlayer adhesion and better dimensional stability under elevated temperatures. The Cold White color provides a neutral, easy-to-finish surface for post-processing such as sanding, painting or chemical smoothing when compatible. The 1.75 mm diameter ensures compatibility with a wide range of hobbyist and professional FDM/FFF printers.

Suitable for

• Functional prototypes that require higher thermal resistance than PLA
• Mechanical parts, gears and housings exposed to moderate heat
• Durable end-use components for jigs, fixtures and tools
• Parts that will be post-processed by sanding, painting or adhesive assembly

Key specifications

• Filament type: ABS-like high-temperature polymer
• Diameter: 1.75 mm
• Spool weight: 1 kg
• Color: Cold White
• Compatibility: FDM/FFF printers that support 1.75 mm filament and elevated extrusion temperatures
• Recommended environment: heated bed and/or enclosed print chamber for improved warping control

How to use

Load the 1.75 mm filament into a compatible FDM/FFF printer and set an extrusion temperature appropriate for ABS-like high-temperature materials. Use a heated bed and, if possible, print inside an enclosed chamber to reduce warping and improve layer adhesion. Adjust print speed, retraction and cooling settings to match the part geometry and printer capabilities; slower print speeds and controlled cooling typically yield better interlayer bonding. Allow printed parts to cool gradually in the enclosure or on the build plate to minimise dimensional changes.

Usage recommendations

For optimal results, use a build surface suited to high-temperature polymers and set the heated bed to the manufacturer-recommended temperature range for ABS-like materials. Ventilation is recommended when printing high-temperature engineering filaments. Perform test prints to dial in extrusion temperature, bed adhesion and retraction before printing critical parts.