3D-ABS High Transparency

ABS high transparency ,The transmittance has increased by 50% while maintaining the high heat resistance and impact resistance of ABS.

Consult

Features
Technical Indicators
Overall Dimension

The ABS high-transparency 3D printing filament for 3D FISH overcomes the limitations of traditional transparent materials by combining ABSs excellent mechanical properties with superior optical transparency. Our innovative formula increases the light transmittance of printed parts by 50% while retaining ABSs high heat resistance and impact resistance:
Technology and innovation
From functional optical components to high-end display models, we make transparent printing simple and professional. The low internal stress design significantly reduces internal haze patterns in printed parts, achieving a sparkling effect.
Industrial-grade performance
The dust-free production workshop, combined with the automotive-grade process management and material cleanliness control, ensures that there are no impurities and bubbles, and the whole process of precision and consistency monitoring guarantees the high standard quality of 3D printing wire.
Safety and environmental protection
The material is ROSH certified for use in food contact scenarios, and the material can be recycled to reduce environmental burden and contribute to sustainable development.
Ease of use and compatibility
The best transparency can be obtained without specific parameters, it is easy to use, and it is suitable for most FDM printers on the market. The material has been repeatedly verified, and the light transmission is uniform and stable.
application scenarios
Optical prototype production, such as lens brackets, light guide plates and other functional optical components museum-level cultural relics replicas, industrial observation Windows, replacing traditional acrylic, complex geometric structure lampshade, light refraction effect outstanding, high temperature resistant instrument panel protection cover and other scenarios.
Specifications parameters
Method of measurement
standard
characteristic
callipers
1.75±0.02mm
Wire diameter
callipers
≤ 0.02mm
roundness
electronic balance
1 ± 0.01KG/roll
weight
automatic measurer
1.75 ± 0.02mm
Diameter consistency
Surface
Method of measurement
standard
characteristic
Visual plus touch
Smooth, rounded, uniform thickness
surface
Visual plus touch
No bubbles, bulges, spots, etc
details
Visual additive color charts
The color is uniform with the swatch
pigment
visual
Neat and unblocked
rolling
Physical property
Method of measurement
standard
characteristic
density
1.04（g/cm³）
standard
distortion temperature
98℃
standard
melt index
12g/10min
standard
Vika softening temperature
102℃
standard
Mechanical behavior
Method of measurement
standard
characteristic
tensile strength
38MPa
standard
elongation at break
20%
standard
bending strength
60MPa
standard
flexural modulus
2200MPa
standard
Cantilever beam notch impact
25J/M
standard

Method of measurement	standard	characteristic
callipers	1.75±0.02mm	Wire diameter
callipers	≤ 0.02mm	roundness
electronic balance	1 ± 0.01KG/roll	weight
automatic measurer	1.75 ± 0.02mm	Diameter consistency

Method of measurement	standard	characteristic
Visual plus touch	Smooth, rounded, uniform thickness	surface
Visual plus touch	No bubbles, bulges, spots, etc	details
Visual additive color charts	The color is uniform with the swatch	pigment
visual	Neat and unblocked	rolling

Method of measurement	standard	characteristic
density	1.04（g/cm³）	standard
distortion temperature	98℃	standard
melt index	12g/10min	standard
Vika softening temperature	102℃	standard

Method of measurement	standard	characteristic
tensile strength	38MPa	standard
elongation at break	20%	standard
bending strength	60MPa	standard
flexural modulus	2200MPa	standard
Cantilever beam notch impact	25J/M	standard