Description

Important Key Features 

  • Unique Metallic Texture: Provides a premium metal-like appearance, perfect for projects requiring an elegant, glossy finish. 
  • Good Printability: With excellent fluidity and low warping, this filament ensures consistent and stable printing with superior surface finish and dimensional accuracy. 
  • Neatly Wound: The precision-wound design of the 1.75 mm PLA filament ensures smooth feeding and reduces tangles, enhancing print quality and efficiency. 
  • Wide Applicability: Easy to use and compatible with most FDM 3D printers, it’s ideal for crafting, electronic equipment housings, and home décor. 

Suitable Applications 

  • Handicrafts 
  • Decorative Models 
  • Electronic Equipment Housings 
  • Home Décor

General Printing Guidelines 

  • Nozzle Temperature: 190°C – 220°C 
  • Bed Temperature: 60°C 
  • Printing Speed: 30mm/s – 200mm/s 
  • Filament Storage: Seal after use to prevent moisture absorption. 
  • Filament Handling: Secure the filament’s end after use to prevent tangling. 

What Sets TINMORRY PLA-Metallic Apart from Others 

TINMORRY’s PLA metal filament is the go-to option for projects demanding a luxurious finish and visual impact. Unlike standard materials, this metallic variant features an elegant texture with excellent layer definition and dependable print quality.  

Whether you’re creating display models or adding flair to practical items, it offers a reliable way to elevate everyday designs. 

With its sleek, shimmering surface, TINMORRY’s PLA metallic delivers both style and structure, making it a preferred choice for designers, hobbyists, and professionals alike.  

It bridges the gap between aesthetic appeal and dependable performance for those who want their prints to look as good as they function. 

Frequently Asked Questions

Metal PLA filament is a type of 3D printing material made by infusing regular PLA (polylactic acid) with fine metal powders such as copper, bronze, or stainless steel. This blend gives printed parts a metallic appearance and added weight compared to standard PLA. However, the mechanical properties remain closer to PLA than to pure metal. These filaments are heavier, more abrasive on printer nozzles, and may require wear-resistant nozzles for optimal printing. 

PLA metal filament typically contains 5% to 40% metal powder mixed into PLA, providing prints with a metallic look and increased density. The percentage of metal powder affects the final appearance and weight of the print. Despite the metallic finish, these filaments retain most of the properties of PLA, including ease of use and biodegradability, but can be more brittle and abrasive on printer hardware. 

PLA metallic generally refers to PLA filament that has a metallic color or sheen. Some products, like Bambu PLA Metal, offer a metallic texture and shine but do not contain actual metal particles-they simply mimic the appearance of metal. Others may contain small amounts of metal powder for added weight and a more realistic finish. 

The best metallic PLA filament depends on your priorities: 

  • For appearance only (no real metal), brands like Bambu PLA Metal offer a professional metallic shine without the abrasiveness of metal powders. 
  • For realistic weight and feel, filaments from Proto-pasta (Stainless Steel PLA) and similar brands, which include actual metal powder, are highly regarded for their quality and finish. 
  • Consider factors like ease of printing, nozzle wear, and desired finish when choosing the best option for your needs. 

PLA filament with metal offers: 

Advantages: 

  • Realistic metallic finish and increased weight 
  • It can be polished for a smoother, shinier surface 
  • Biodegradable base (PLA) 

Disadvantages: 

  • More abrasive, leading to faster nozzle wear (use a hardened nozzle) 
  • More brittle than standard PLA 
  • Poor bridging and support capability due to increased density 

PLA metallic filament is used to create parts with a metallic look, often for decorative objects, cosplay, or prototypes. Before printing: 

  • Check if the filament contains real metal powder or just metallic coloring. 
  • If real metal is present, use a wear-resistant nozzle to prevent damage. 
  • Adjust print settings for reduced retraction and slower speeds to accommodate the heavier, more abrasive material. 
  • Be aware that parts may be more brittle and less flexible than those printed with standard PLA. 

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