ABS

Performance Rating

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Rated on 5 criteria: print temperature, warping, strength, creep resistance, and heat resistance (★1-5).

Print Temp

Nozzle: 220-260°C

Bed: 80-100°C

Warping

Prone to warping

Strength

Bending Strength: (60.00 MPa)

Creep Resistance

Rated

Heat Resistance

Heat Resistance Temp: 95°C

Features

High impact resistance and toughness
Excellent heat resistance (80-100°C)
Easy to post-process

Prone to warping; enclosed chamber recommended
Suitable for industrial use
Excellent mechanical strength

Basic Information

Classification:Advanced

Base Resin:Acrylonitrile Butadiene Styrene

Melting Point:220-250°C

Density:1.05 g/cm³

Shrinkage Rate:0.6-0.8%

Heat Resistance:80-100°C

Recommended Settings

Item	Recommended Value	Notes
Nozzle Temperature	240-260°C	Stable high-temp printing
Bed Temperature	90-110°C	High temp to prevent warping
Fan Setting	0-30%	Prioritize layer adhesion
Print Speed	40-60mm/s	Prioritize stability
Nozzle Diameter	0.4-0.8mm	Larger diameter reduces warping
Chamber Temperature	40-60°C	Enclosed chamber required
Caution	Toxic fumes; ventilation required

Bending Strength

Item	Measured Value
Default (Flat Layout)
Bending Strength	60 MPa
Flexural Modulus	2300 MPa
Test Method	3-Point Bending Test（Details）

Stress–Strain Curve

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Derivatives & Variations

Various derivative filaments with enhanced properties have been developed based on ABS. Choose the optimal one according to your application.

ABS

Standard ABS. High impact resistance and toughness, excellent heat resistance.

ABS-CF

Carbon fiber reinforced. Lightweight and strong, used in aerospace.

ABS-GF

Glass fiber reinforced. Improved dimensional stability, for industrial parts.

Use Cases

Suitable Applications

• Automotive parts
• Electronic enclosures
• Industrial jigs
• Heat-resistant parts
• Mechanical parts
• Appliance housings

Pros & Cons

Pros: High strength, heat resistance, post-processability, toughness

Cons: Prone to warping, toxic fumes, high temperature required

Precautions

• Toxic fumes are emitted during printing; adequate ventilation is required.

• Prone to warping; enclosed chamber printing is strongly recommended.

• High-temperature printing requires printer capability verification.

• Difficult for beginners; starting with PLA+ or PETG is recommended.