Description
PLA 850 Silk Gold Rose 3d printer filament – Eco-Friendly, Heat Resistant, and High-Quality Finish for Stunning 3D Prints
Discover the versatility and elegance of our PLA 850 Silk Gold Rose Filament. This unique silk-finish polylactic acid (PLA) filament combines eco-friendly properties with high-performance durability, making it the ideal choice for those seeking both aesthetics and sustainability in 3D printing projects.
Key Features of PLA 850 Silk 3d printer filament :
- Eco-Friendly Composition: Crafted primarily from renewable biopolymers, PLA 850 is a sustainable option for environmentally conscious creators. Like standard PLA, it’s biodegradable, which means it naturally decomposes over time, helping to reduce plastic waste.
- High Heat Resistance: Unlike traditional PLA, PLA 850 Silk Gold Rose Filament withstands higher temperatures, providing durability and versatility for projects that require heat resistance. With a recommended extrusion temperature between 200°C and 220°C, it performs reliably even in high-speed settings (up to 400 mm/s) at minimum 220°C.
- Silk Finish for Superior Aesthetic Appeal: This filament’s elegant gold rose finish adds a luxurious sheen to your prints, enhancing the visual appeal of each project. The silk texture makes it perfect for decorative items, jewelry, and detailed pieces, adding a touch of sophistication to any design.
Technical Specifications:
- Spool Weight: 1 kg of PLA 850 Silk filament in Gold Rose
- Print Speed: Optimal at 60-400 mm/s, depending on printer settings and design specifics
- Bed Temperature: Recommended between 50°C and 60°C to ensure strong adhesion and stability
- Metallic Effect: Have to be printe more than 230º to get the metallic effect
With the combination of sustainability, high heat resistance, and eye-catching silk finish, our PLA 850 Silk Gold Rose Filament transforms 3D printing into a creative, eco-friendly, and high-quality experience. Upgrade your projects today and experience the next level in 3D printing with PLA 850 Silk Filament!
PLA 850 Filament - Eco-Friendly and Heat Resistant
Discover our innovative line of PLA 850 Filament! This polylactic acid (PLA) filament offers a unique combination of properties that make it the ideal choice for your 3D printing projects.
Key Features:
High Biopolymer Content: PLA 850 is primarily composed of biopolymers derived from renewable sources, making it an environmentally friendly and sustainable option.
High Temperature Resistance: With superior high temperature resistance, PLA 850 is able to withstand printing conditions that require greater heat resistance, making it suitable for a wide range of applications.
Biodegradable: Like standard PLA, PLA 850 is biodegradable, meaning it is an environmentally friendly option that breaks down naturally over time, thus reducing environmental impact.
Technical specifications:
Presentation: 1kg of PLA 850 filament.
Recommended Printing Temperature: It is recommended to print at an extrusion temperature between 200°C and 220°C to obtain the best results, High speeds Minimum 220 Degrees
Print Speed: Optimum print speed varies depending on printer settings and part design, but can generally print at speeds of 60-400 mm/s.
Bed Temperature: A bed temperature between 50°C and 60°C is recommended to improve adhesion and print stability.
Dare to Innovate with PLA 850
With PLA 850 Filament, you can take your 3D printing projects to the next level, obtaining high-quality and environmentally friendly results. Place your order today and experience the difference PLA 850 can make in your creations!V
PLA:
Temp: 205-215 Standard Printers.
Temp: 220-240 High speed printers, remember that although the pla is not for such high temp but when printing at high speed the material is not affected, its crystallization point is higher.
Speed: Our filament is made with PLA 850 material which is for better finish, higher resistance and made for high speed.
Up to 400 mm/s has been tested, remember that you can vary the speed with volumetric speed, it is always recommended to test when you handle these two types of speeds in the slider.
