Pot Lid Handle
If your pot lid handle happens to fall off...
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See how the material responds to heat.
Take a closer look at the surface under scraping.
See how the printed part responds to impact.
From strength and impact resistance to heat performance, find the right engineering filament for your application.
| Material | Tensile strength (MPa) | Flexural strength (MPa) | Notched impact strength (kJ/m²) | Elongation at break (%) | Heat deflection temperature (°C) |
|---|
Choose based on what your part needs most:
For your first purchase, start with PA6-CF for indoor rigid brackets and fixtures, choose PA12-CF when moisture resistance and dimensional stability matter most, or consider PA6-GF when budget is the priority.
Consider reinforced nylon when your functional parts lack rigidity, deform under heat or need to withstand more demanding mechanical conditions.
For stiffer brackets and fixtures, start with PA6-CF. If moisture-related changes could affect how your parts fit together, prioritize PA12-CF. For decorative models, display pieces and everyday organizers, PLA or PETG remain practical choices.
You do not need to switch to an industrial printer just to use these three materials. We recommend the following setup:
Recommended printing temperatures are:
We recommend using build-plate adhesive. The 300°C recommendation refers to the hotend’s temperature capability, not the required printing temperature.
Have three things ready: a wear-resistant nozzle, build-plate adhesive and suitable drying equipment. If you already have these, you can start with a single spool.
If your current dryer only reaches 70°C, we recommend upgrading your drying equipment. These three materials have a drying temperature range of 80–110°C. The SUNLU FilaDryer E2, which reaches 110°C, is a suitable option. If your existing equipment already meets the temperature and capacity requirements, there is no need to purchase another dryer.
Complete the drying process before starting your first print:
If you plan to print the same day, set aside at least 6–8 hours for drying and confirm that both your dryer and spool are suitable for 110°C.
After drying, feed the filament directly from a dry box. Promptly reseal any unused filament and keep storage humidity below 20% RH.
For these three materials, we recommend starting with external feeding directly from a dry box, so you can begin printing without relying on automatic feeding-system compatibility.
Some AMS models restrict third-party carbon- and glass-fiber-filled filaments. A printer’s ability to print a material does not automatically mean its AMS can feed it. If you need automatic material changes, use a feeding system that explicitly supports the filament.
For non-pre-order items, delivery generally takes 1–7 business days. You can track your order on our website.
For more information, please see our Shipping Policy.
Our goal is for every customer to be completely satisfied with their purchase. If you’re not satisfied, please let us know, and we’ll do our best to make things right.
This usually happens when the selected country or region does not match your shipping destination. Please return to the product page, select the country or region where your order will be delivered, then select your product and proceed to checkout.
We can only ship from the warehouse serving your selected country or region. Shipping between different countries or regions is not available.
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