Our Xtreme Candy Red PLA Filament is an advanced PLA filament made with one of the finest polylactic acid biopolymers. We manufacture this 3D filament in the USA. Our Xtreme PLA Filament Series achieves seamless and accurate 3D prints. That is why it takes your daily 3D printing to the next level.
With the trust that this Xtreme Candy Red PLA Filament brings to printers, you will be able to create your products on autopilot. A new stronger spool offers more grip to the printer, making prints much smoother. For best practices, once you use your 3D filament, make sure to store it correctly. This Advanced Candy Red PLA Filament comes with 750gr, rather than 1kg. Also, you will be able to get Black, Mystic Purple, Apple Green, Space Gray, Antique White, and Cream in this Xtreme Series.
Xtreme Candy Red PLA Filament Applications
End products are as good as the materials used to create them. Also, having consistency in your printing is crucial since it directly impacts the quality of the finished product. That is why we provide the most accurate PLA filament in terms of precision and diameter. Our Xtreme PLA filament is mostly used for:
- RC Cars
- Strong Masks and Helmets
Upgraded PLA Formula
In cooperation with our partners at Nano Materials and Processes Inc, we are excited to introduce “Xtreme” PLA or High-Performance PLA. Blended with proprietary Nanomaterials Xtreme PLA Filament Filament is tougher and easier to print with. It also has less hygroscopic, less clogging, better layer adhesion, and less stringing.
In initial tensile testing of the filament, the Xtreme PLA HP showed more than 10% improvement over the base PLA. Using this Xtreme Candy Red PLA Filament is a game-changer experience that will deliver your parts as you intended them to be. We crafted this High-Performance PLA filament to ensure that your 3D printing parts are as strong, clean, and functional as possible.
Other Types of 3D Printing Filaments We Manufacture
- PLA Filament
- ASA Filament
- PETG Filament
- Nano Diamond PLA+
- Glow in the Dark PLA+