ABS-Wear and Scratch Resistant

ABS Wear and scratch resistant is a special material developed for high wear and high load scenarios, and is an ideal choice for industrial grade durable components.

Consult

Features
Technical Indicators
Overall Dimension

The ABS ultra-wear-resistant and scratch-resistant 3D printing filament is a special material developed for high-wear and high-load scenarios. Through the dual technology path of "composite reinforcement + self-lubrication", it redefines the wear resistance performance of ABS, fills the market gap where high wear resistance and high toughness cannot be achieved at the same time, and is an ideal choice for industrial-grade durable components:
Scratch resistance and durability
Through the polymer composite process, the surface hardness and wear resistance are significantly improved, while the friction coefficient of the material is reduced, so that it can resist the frequent scratches of keys, tools and other hard objects, with less noise and longer life during operation.
Durability and adaptability
It pays attention to mechanical balance, has high impact strength and rigidity, and is more adaptable to the environment.And its surface does not fade or stick, so it can meet the needs of laboratory and industrial environment.
Industrial grade and compatibility
The whole series supports high-speed printing, compatible with desktop and industrial equipment, the special formulation of materials, greatly reduces the risk of deformation of finished products, and simplifies the post-treatment, no tedious polishing, glossiness close to injection molding products, with excellent stability performance.
Technology and innovation applications
The characteristics of wear and scratch resistance further expand the application industries and products of 3D printing in the industrial field, realizing the flexible production of special parts and significant cost reduction. At the same time, more users novel ideas can be quickly realized.
application scenarios
This product is suitable for high-frequency friction components such as gearbox shift paddles, door handles, smartwatch casings, earphone slide rails, and foldable smartphone hinges. It also applies to mining conveyor belt rollers, automated sorting robot grippers, and military machinery wear parts. For instance, prototype aerodynamic kits for racing cars can be directly adjusted post-testing, eliminating the need for traditional mold manufacturing.
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 color chart
pigment
visual
Neat and unblocked
rolling
Physical property

Method of measurement
standard
characteristic
density
1.05（g/cm³）
standard
distortion temperature
80℃
standard
melt index
24g/10min
standard
Vika softening temperature
/
standard

Mechanical behavior

Method of measurement
standard
characteristic
tensile strength
41.7 MPa
standard
elongation at break
9.3%
standard
bending strength
6 1.7 MPa
standard
flexural modulus
2300 MPa
standard
Cantilever beam notch impact
10KJ/M²
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 color chart	pigment
visual	Neat and unblocked	rolling

Method of measurement	standard	characteristic
density	1.05（g/cm³）	standard
distortion temperature	80℃	standard
melt index	24g/10min	standard
Vika softening temperature	/	standard

Method of measurement	standard	characteristic
tensile strength	41.7 MPa	standard
elongation at break	9.3%	standard
bending strength	6 1.7 MPa	standard
flexural modulus	2300 MPa	standard
Cantilever beam notch impact	10KJ/M²	standard