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3D Printing Canada

White - Standard PC+ Filament - 2.85mm, 10kg

Regular price $279.99
Regular price $34.99 Sale price $279.99
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White Standard PC+ Filament 2.85mm 10kg – Engineering-Grade Strength for Demanding Prints

White Standard PC+ Filament is designed for users who require high-strength, heat-resistant parts with reliable performance across large-scale or long-duration prints. Based on polycarbonate blends, PC+ delivers significantly higher mechanical strength and thermal resistance than common materials like PLA or PETG.

Supplied in a 10kg bulk spool, this filament is ideal for production environments, engineering applications, and print farms that demand consistent material performance and minimal workflow interruptions.

Key Features & Benefits

  • Engineering-grade PC+ material for high-strength applications
  • Large 10kg spool for continuous, high-volume printing
  • 2.85mm filament diameter for professional and industrial printers
  • Excellent heat resistance compared to PLA and PETG
  • Strong interlayer adhesion for load-bearing parts
  • High impact resistance and toughness
  • Clean white finish suitable for functional and aesthetic parts
  • Reduced downtime with fewer spool changes

Print Performance

PC+ offers advanced performance characteristics for demanding applications, while remaining more manageable than pure polycarbonate in many printing environments.

Performance highlights:

  • Superior strength and rigidity for structural components
  • High temperature resistance for functional parts exposed to heat
  • Excellent layer bonding for improved durability
  • Lower brittleness compared to standard rigid plastics
  • Smooth surface finish with proper tuning

Compared to PLA and PETG, PC+ requires higher printing temperatures and more controlled conditions, but rewards users with significantly stronger and more durable parts.

Typical Applications

PC+ is commonly used in applications where performance and durability are critical:

  • Functional engineering components
  • Load-bearing mechanical parts
  • Automotive and industrial prototypes
  • Tooling, jigs, and fixtures
  • Heat-resistant enclosures
  • Manufacturing aids
  • Robotics and structural assemblies
  • End-use parts requiring durability and longevity

It is well-suited for environments where standard materials would fail under stress or elevated temperatures.

Material & Compatibility Information

This filament has a 2.85mm diameter and is designed for use with compatible 2.85mm FDM/FFF 3D printers, typically found in professional and industrial systems.

Typical printing considerations:

  • Nozzle Temperature: ~260°C–300°C
  • Bed Temperature: ~90°C–110°C
  • Cooling Fan: Minimal or off
  • Enclosure: Recommended for best results

Due to its higher printing temperature requirements, PC+ is best used on printers capable of maintaining stable thermal conditions. A heated bed and, ideally, an enclosed build chamber help reduce warping and improve layer adhesion.

Proper filament storage is essential, as polycarbonate-based materials are hygroscopic and can absorb moisture, leading to print defects if not dried before use.

Why Users Choose PC+ Filament

Users choose PC+ when they need performance beyond standard materials. It provides the strength and heat resistance required for real-world applications, making it a reliable choice for engineers, manufacturers, and advanced users.

The 10kg spool format is especially beneficial for:

  • Industrial and production environments
  • Print farms running engineering materials
  • Large-format or long-duration prints
  • Businesses producing end-use parts

With fewer interruptions and consistent material output, users can maintain productivity even in demanding workflows.

Built for High-Performance Printing

If your application requires strength, heat resistance, and durability, White Standard PC+ Filament 2.85mm 10kg is a dependable solution. From functional prototypes to end-use parts, this material is built to perform under pressure and deliver consistent results across large-scale prints.

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