ABS 3D Printing Filament is a type of thermoplastic material, primarily composed of three chemical monomers: acrylonitrile, butadiene, and styrene. Its inherent strength and heat resistance create a dependable, tough material. When durability and heat resistance are required for 3D printed parts, ABS Filament is an excellent choice.
It is characterized by good mechanical strength, corrosion resistance, heat resistance, and ease of processing. It boasts excellent impact resistance, high-temperature tolerance, reduced brittleness, high toughness and durability, making it suitable for high-speed printing.
When the bed temperature reaches above 80°C, printing tasks can be easily completed even without enclosing the chamber. By sealing the chamber and maintaining a constant temperature, interlayer bonding can be further improved, resulting in more impact-resistant products that are very suitable for printing large items like sculptures, mannequins, as well as mobile phone holders and cup stands. Moreover, it can also be applied to the production of various plastic parts, such as toys, tools, electronic devices, etc.
Good overall performance with outstanding impact strength, wear resistance, as well as favorable molding and machining properties.
High Quality
Good hardness, high toughness, low density, easy coloring, corrosion resistance, high temperature resistance, good scratch resistance.
Good Molding Effect
High impact resistant and opacity, and product molding effect is very good, with a smooth and delicate surface.
Good Stability
Printed items are unlikely to get deformed with a fine molding effect, and the printed part still has good toughness and heat resistance.
Good Physical Properties
It is impermeable with water absorption less than 1% at room temperature.
Polish Allowed
Its surface can be polished with acetone, such as cosplay props that that require sanding and fine finishing.
Tips: Since ABS material is derived from petroleum, there will be a certain odor when printing.
Since some printers on the market do not support ABS material printing, please ensure you thoroughly understand whether your printer is compatible before making a purchase.
Advatages
ABS 3D Printing Filament possesses high tensile and flexural strength, allowing it to maintain its performance during prolonged use.
High Strength
ABS 3D Printing Filament exhibits good resistance to a wide range of chemicals, including acids, bases, and salts.
Good Corrosion Resistance
ABS 3D Printing Filament can be easily processed through cutting, drilling, and sanding, facilitating post-processing and assembly.
Easy Processability
ABS 3D Printing Filament has superior heat resistance, capable of retaining its properties at relatively high temperatures.
Excellent Heat Resistance
Applications
ABS Printing Filament is a widely used thermoplastic engineering plastics in industrial machinery plastic parts, model machinery, electronic appliances, instrumentation and other industrial fields.
Pet Toys
Thermoplastic Engineering Plastics
Model Machinery
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Technical Parameters:
Our ABS 3D Printing Filament operates optimally at 240-280°C nozzle temperature with 80-100°C heated bed temperature. The material supports printing speeds of 40-300mm/s, making it compatible with most FDM 3D printers. Platform adhesion can be enhanced with appropriate surface treatment.
Physical Properties:
The Filament features a density of 1.06g/cm³ (ISO 1183-1) and melt flow index of 30g/10min (ISO1133), ensuring consistent extrusion quality. These properties contribute to reliable print outcomes and dimensional accuracy.
Thermal Specifications:
Key thermal characteristics include:
Glass transition temperature: 105°C
Melting point: 220°C
Vicat softening temperature: 94°C
Heat distortion resistance: 0.45Mpa at 98°C
Mechanical Performance:
The material demonstrates exceptional mechanical properties:
Tensile strength: 39.2Mpa
Flexural strength: 65.7Mpa
Flexural modulus: 2100Mpa
Impact strength: 19.4KJ/㎡
These specifications ensure durability and stability in various applications, from prototyping to end-use parts.
Printing Parameters
Description
Data
Desciption
Data
Nozzle Temperature
240—280℃
Heated bed temperature
80—100℃
Printing Platform Material
-
Printing Platform Surface Treatment
Add glue according to material
Bottom Value Sparation Distance
-
Withdrawal Distance
-
Environment Temperature
-
Withdrawal Speed
-
Recommended Support Material
-
Drying Temperature
-
Printing Speed
40--300 mm/s
Cooling Fan
Off
-Almost suitable for all FDM 3D Printers/ 3D Printing Machines
Physical Properties
Properties
Testing method
Value
Density
ISO 1183-1
1.06g/cm3
Melt Flow Index
ISO1133
30g/10min
Thermal Performance
Properties
Testing Method
Value
Glass Transsition
ISO 11357
105℃
Melting Temperature
ISO 11357
220℃
Decomposition Temperature
/
-℃
Vicat Softening Temperature
ISO 306
94℃
Heat Distortion Temperature
ISO72
0.45Mpa/98℃
Mechanical Performance
Printing Direction
Testing Standard
Data
Tensile Strength
ISO527
39.2Mpa
Elongation at break
ISO527
4.2%
Flexural Strength
ISO178
65.7Mpa
Flexural Modulus
ISO178
2100Mpa
Impact Strength with Notched
ISO179
19.4KJ/㎡
Impact Strength without Notched
ISO179
-KJ/㎡
Technical Parameters:
Our ABS 3D Printing Filament operates optimally at 240-280°C nozzle temperature with 80-100°C heated bed temperature. The material supports printing speeds of 40-300mm/s, making it compatible with most FDM 3D printers. Platform adhesion can be enhanced with appropriate surface treatment.
Physical Properties:
The Filament features a density of 1.06g/cm³ (ISO 1183-1) and melt flow index of 30g/10min (ISO1133), ensuring consistent extrusion quality. These properties contribute to reliable print outcomes and dimensional accuracy.
Thermal Specifications:
Key thermal characteristics include:
Glass transition temperature: 105°C
Melting point: 220°C
Vicat softening temperature: 94°C
Heat distortion resistance: 0.45Mpa at 98°C
Mechanical Performance:
The material demonstrates exceptional mechanical properties:
Tensile strength: 39.2Mpa
Flexural strength: 65.7Mpa
Flexural modulus: 2100Mpa
Impact strength: 19.4KJ/㎡
These specifications ensure durability and stability in various applications, from prototyping to end-use parts.
Printing Parameters
Description
Data
Desciption
Data
Nozzle Temperature
240—280℃
Heated bed temperature
80—100℃
Printing Platform Material
-
Printing Platform Surface Treatment
Add glue according to material
Bottom Value Sparation Distance
-
Withdrawal Distance
-
Environment Temperature
-
Withdrawal Speed
-
Recommended Support Material
-
Drying Temperature
-
Printing Speed
40--300 mm/s
Cooling Fan
Off
-Almost suitable for all FDM 3D Printers/ 3D Printing Machines
Jiangyin Longshan Synthetic Materials Co., Ltd. is a modified plastics company integrating R&D, production and sales, specializing in the development of medium and high-end modified materials.
