ePLA-CF

By incorporating German-imported organic impregnated short-cut carbon fibers into PLA, we have enhanced the strength and modulus of the material. The addition of carbon fibers not only reinforces the PLA but also provides it with a matte appearance and a distinctive carbon fiber sandblasted texture. Whether used as structural components or for aesthetic purposes, ePLA-CF effortlessly excels, thanks to its outstanding attributes. Its printing performance is exceptional, making it suitable for high-speed printing.

Color:

Black

Diameter Size：

1.75mm

Net Weight：

1kg/spool

Personal Purchase:

Bulk purchasing / Agency

Introduction

Parameter Information

Notes

Download

* Description:: Description

By incorporating German-imported organic impregnated short-cut carbon fibers into PLA, we have enhanced the strength and modulus of the material. The addition of carbon fibers not only reinforces the PLA but also provides it with a matte appearance and a distinctive carbon fiber sandblasted texture. Whether used as structural components or for aesthetic purposes, ePLA-CF effortlessly excels, thanks to its outstanding attributes. Its printing performance is exceptional, making it suitable for high-speed printing.

Features

High strength
Matte appearance
Carbon fiber frosted texture

Excellent printability
High speed printing

Review

Click to view the original video

* Product introduction video

* Application: Mechanical Chemical Engineering Fixtures and Fittings Robot Drone (Unmanned Aerial Vehicle) Automobile Textile Aerospace

ePLA-CF en

1.If there is a decrease in printing performance with ePLA-CF, it is recommended to pre-dry (40°C/ >4H) before printing to achieve the best printing results. During printing, it is advised to use it in conjunction with the eBOX filament box.

2.ePLA-CF filament is relatively rigid and should not be excessively bent. In the feeding pipeline, try to avoid excessive bending of the filament to prevent breakage.

3.ePLA-CF contains carbon fiber, and prolonged use may cause excessive wear on the nozzle and extruder gears. It is recommended to use a hardened steel nozzle or a ruby nozzle, and if possible, opt for hardened steel extruder gears.