ABS is an engineering plastic used in 3D printing where heat resistance and durability are essential. At HEDRAFT, we use ABS to print electronic parts, housings, mounts, and repair components that operate at elevated temperatures.

ABS - for heat-resistant parts and housings

ABS is chosen when PETG has already reached its temperature limit but reliability is required. This material is used for housings, covers, mounts, and technical parts that operate near heat or in warm conditions.

Where ABS is suitable:

• Appliance and electronics housings and casings (where heat is present)

• Parts near heat sources: air ducts, casings, protective elements

• Fasteners and brackets for equipment in warm conditions

• Home appliances and appliance repair parts (in-house)

• Functional prototypes before production begins

• Parts that require post-processing (sanding, gluing, painting – as needed)

When ABS is not the best choice

• Constant outdoor/UV/moisture exposure – ASA is a better choice

• Maximum rigidity and wear resistance required – PA/PAHT-CF is a better choice

• Flexibility is required – TPU is a better choice

• Need to get a perfect "show" look without post-processing - PLA is sometimes easier (if there is no heat)

Why choose ABS?

• Higher heat resistance than PLA and often higher than PETG.

• Good mechanical properties for technical parts.

• Post-processing is possible (assembly, grinding, fitting).

• A good solution for repairing parts in warm operating areas.

What we check before printing ABS

• Operating temperature: what temperature and where exactly?

• Will it be exposed to moisture/outdoors/UV (if yes → ASA)

• Load type: static/shock/vibration

• Is an exact fit/tolerance required?

• Is post-processing required (appearance, assembly, painting)?

Examples of ABS products

• Instrument cases and covers

• Housings, air ducts, protective elements

• Equipment mounts

• Equipment repair parts (for premises)

Frequently asked questions:

Is ABS suitable for parts near heat?

Yes. ABS is used to produce heat-resistant housings and technical parts. If the temperature is high or the conditions are harsh, we will choose a more precise material (ABS/ASA/PA).

Is ABS suitable for street driving?

Is ABS suitable for electronics housings?

Can ABS be painted and processed?

Is ABS stronger than PETG?

Yes, ABS is often used for housings, casings, and technical boxes, especially where there is heat inside.

It depends on the application. PETG is more flexible and often has better impact resistance, while ABS is usually chosen for its temperature and engineering applications.

For continuous outdoor use and exposure to UV radiation, ASA is better. For indoor and warmer areas, ABS is more often chosen.

Yes, ABS is well suited for post-processing (assembly, grinding, assembly). We choose the processing method depending on the product.

If you need street and temperature, what to choose?

Typically we look at ASA (outdoor/UV) or PA/PAHT-CF (load/temperature) materials. We will choose the material based on the conditions.