PLA High Temp Basic - Filament2Print

PLA HT (High Temperature PLA) is an evolution of standard PLA developed for applications that require higher thermal resistance and greater rigidity without resorting to technical materials that are much more complex to print.

Its special formulation allows for manufacturing parts with high dimensional accuracy, great rigidity, and an excellent surface finish. Furthermore, through a simple annealing process, the parts significantly increase their heat resistance, being able to withstand temperatures of up to 100 °C.

Although PLA HT has a higher tendency to warp than standard PLA, it remains a considerably easier material to print than polymers such as ASA, ABS, PC, or polyamides, offering an excellent balance between technical performance and ease of use.

The evolution of standard PLA

PLA HT Basic has been developed to expand the possibilities of standard PLA in applications where greater mechanical and thermal resistance is required.

Its formulation provides greater rigidity, which allows for the manufacturing of parts with significantly less deformation when subjected to loads or stress. This feature is especially interesting for manufacturing tools, supports, jigs, fixtures, and components where dimensional stability is a priority.

Additionally, the material can subsequently undergo an annealing process that significantly increases its thermal resistance.

On the downside, this greater rigidity causes PLA HT to have slightly higher shrinkage during printing compared to standard PLA. Although the tendency to warp increases, it is still much lower than that of technical materials like ASA or ABS, making it an excellent choice for users looking to improve PLA's performance without excessively increasing printing difficulty.

Higher thermal resistance thanks to annealing

The main feature of PLA HT Basic is its ability to significantly increase its heat resistance through an annealing process.

During this heat treatment, the part is heated in a controlled manner for a specific time, promoting the polymer's crystallization. As a result, the material's dimensional stability and thermal resistance increase.

After this process, the parts can withstand temperatures up to 100 °C, greatly expanding their field of application.

Thanks to this, PLA HT is suitable for manufacturing:

• ✅ Production tools and fixtures.
• ✅ Assembly jigs.
• ✅ Technical enclosures.
• ✅ Supports near heat sources.
• ✅ Laboratory components.
• ✅ Functional prototypes.
• ✅ Parts exposed to indirect solar radiation or warm environments.

It is important to note that annealing can cause slight dimensional variation, so preliminary tests are recommended when very tight tolerances are required.

Excellent print quality

PLA HT Basic offers excellent surface quality and high dimensional accuracy, allowing the production of parts with a high level of detail and professional finishes.

Its greater rigidity provides very stable extrusion and favors obtaining defined edges and precise geometries. However, since it is a material with a higher tendency to warp than standard PLA, it is advisable to use a properly leveled bed, ensure good first layer adhesion, and avoid drafts during printing, especially for large parts.

Even so, PLA HT remains considerably easier to print than other technical materials like ASA, ABS, PC, or PA, as it does not require high-temperature heated chambers or particularly complex configurations.

The material is optimized to work at standard print speeds, prioritizing surface quality, dimensional stability, and excellent mechanical properties over high-speed printing.

Print with confidence and precision

Like all materials in the Basics by Filament2print range, PLA HT is manufactured under strict quality controls to guarantee consistent behavior throughout the entire print.

Each spool features uniform winding, avoiding tangles and providing smooth unwinding even in long-duration prints.

Likewise, the filament's constant diameter guarantees stable extrusion, reducing flow variations that could affect surface finish or dimensional accuracy.

The material also offers excellent interlayer adhesion, resulting in strong and homogeneous parts that maintain their mechanical properties even in complex geometries.

All this translates into more reliable printing, fewer issues, and greater repeatability between different jobs.

Full compatibility

PLA HT Basic is compatible with the vast majority of FDM/FFF 3D printers on the market.

The spools feature a high-quality plastic reel, compatible with Bambu Lab AMS and most available multi-material systems.

Compared to cardboard spools, the plastic reel offers numerous advantages:

• ✅ Greater resistance to impacts and moisture.
• ✅ Smoother rotation during printing.
• ✅ Higher dimensional accuracy for automatic systems.
• ✅ Better preservation during storage.
• ✅ Possibility of reuse and recycling.

Thanks to this, filament feeding is stable and continuous throughout the print.

PLA HT Applications

Thanks to its combination of printability and high thermal resistance after annealing, PLA HT Basic is an excellent choice for a wide variety of applications:

• ✅ Functional prototypes.
• ✅ Industrial fixtures.
• ✅ Manufacturing jigs.
• ✅ Technical supports.
• ✅ Enclosures for electronic equipment.
• ✅ Laboratory components.
• ✅ Parts for automation.
• ✅ Functional models.
• ✅ Short production runs.

The perfect solution when standard PLA is not enough

PLA HT Basic by Filament2print combines the ease of printing of PLA with vastly superior thermal performance after annealing. This makes it possible to manufacture strong, precise, and durable parts without the usual difficulties of other technical materials.

If you are looking for a filament capable of offering an excellent surface finish, reliable printing, and the ability to work at temperatures up to 100 °C after heat treatment, PLA HT Basic is the ideal solution to take a step beyond standard PLA.

Why choose PLA HT Basic by Filament2print?

• ✅ Thermal resistance up to 100 °C after annealing.
• ✅ Greater rigidity than standard PLA.
• ✅ Excellent surface quality.
• ✅ Very good interlayer adhesion.
• ✅ Much easier to print than most technical materials.
• ✅ Professional winding and constant diameter.
• ✅ Plastic spool compatible with Bambu Lab AMS and other multi-material systems.
• ✅ Ideal for fixtures, functional prototypes, and parts subjected to elevated temperatures.