The Filament by Spectrum HT-PLA warm Wit 1 kg Filament

Spectrum Filaments The Filament HT-PLA

• 1.75 mm
• Warm White – High-Temperature PLA
• Filament

The Spectrum Filaments The Filament HT-PLA 1.75 mm Warm White is an advanced high-temperature PLA filament designed for applications where standard PLA is insufficient. It delivers impressive thermal stability up to 150 °C right after printing and offers significantly enhanced mechanical properties compared to regular PLA. Its semi-matte finish and deep black color make it ideal for functional parts as well as aesthetically pleasing models.

• Key Features
• High Thermal Resistance: Maintains shape at temperatures up to 150 °C without sagging or deformation after printing – no need for annealing.
• Advanced Mechanical Performance: More than twice as stiff, with higher tensile strength and three times the impact resistance versus traditional PLA – ideal for functional and load-bearing parts.
• Semi-Matte Finish: Produces detailed prints with a refined look that’s suitable for both prototypes and end-use components.
• Eco-Friendly & Compostable: Made from renewable resources and fully compostable PLA base.
• Reliable Printability: Works without requiring a closed chamber and prints well with fan cooling strategies.
• Technical Specifications
• Material
• HT-PLA (High-Temperature Polylactic Acid)
• Diameter1.75 mm
• Net Weight1 kg
• ColorWarm WhiteSurface Finish
• Semi-MatteThermal Resistance
• Up to 150 °C post-print
• Nozzle Temperature195 – 220 °CHeated Bed Temperature40 – 50 °CRecommended Print Speed40 – 250 mm/sCooling Fan70 – 100 %Closed Chamber
• Not required
• Filament DryerNot required

Ideal Applications

The Filament HT-PLA is especially suited for demanding use cases where parts are exposed to higher heat or mechanical load — including housings, brackets, fixtures, functional prototypes, end-use components, organizational accessories and everyday tools that require enhanced performance over standard PLA.Printing TipsUse a nozzle temp between 195 – 220 °C for optimal extrusion.

• A heated bed at 40 – 50 °C enhances adhesion.
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