Polymaker HT-PLA
Polymaker HT-PLA
Professional HT-PLA filament delivers exceptional 150°C heat resistance without compromising the easy printability of standard PLA. Perfect for automotive accessories, outdoor applications, and functional prototypes requiring thermal stability, this engineering-grade material prints at speeds up to 300mm/s on any FDM printer with no special modifications required. Heat-stable, eco-friendly, and dimensionally accurate.
Key Features
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Revolutionary 150°C heat resistance maintains part integrity in extreme temperatures
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Prints effortlessly using standard PLA settings at speeds up to 300mm/s
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Compatible with all FDM printers - no upgrades or hardened nozzles needed
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Superior dimensional stability with minimal shrinkage and excellent repeatability
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Professional-grade durability for automotive, outdoor, and functional applications
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Eco-friendly PLA base maintains biodegradability with advanced thermal properties
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Premium satin finish available in 14 colors including gradient options
Parts Made to Last
Polymaker HT-PLA delivers exceptional durability with heat stability up to 130°C straight off the print bed without annealing, maintaining dimensional integrity under thermal stress that would deform standard PLA. This superior thermal performance combined with enhanced tensile strength makes it ideal for creating functional components that must endure demanding environments over extended periods. The filament's reduced shrinkage and warping characteristics ensure printed parts maintain their precision and structural reliability throughout their service life, making them suitable for long-term applications.
Functional Gadgets
This advanced material excels in producing working gadgets and mechanical parts including automotive accessories, power tool holders, dashboard mounts for electronics, and kitchen utensils that can withstand dishwasher temperatures. HT-PLA prints seamlessly using standard PLA settings at speeds up to 300mm/s, making it accessible for creating functional prototypes and end-use parts across industries from medical devices to electronic enclosures. The material's compatibility with most desktop FDM printers and ability to produce detailed, smooth-surfaced parts makes it perfect for intricate mechanical components and working gadgets that require both precision and performance.
Outdoor Print Friendly
While HT-PLA maintains similar UV resistance properties to standard PLA, its enhanced heat stability makes it significantly more suitable for outdoor applications where temperature fluctuations could cause deformation in regular PLA prints. The material can withstand outdoor environments better than standard PLA due to its ability to maintain structural integrity at elevated temperatures encountered in direct sunlight or heated spaces. For demanding outdoor applications requiring maximum weather resistance, users can opt for the glass fiber-reinforced HT-PLA-GF variant, which provides additional dimensional stability and can be annealed for even greater heat deflection properties while maintaining outdoor durability.
