¶ PVDF - FlourX by 3DxTech: Specifications and Usage Guide
FlourX by 3DxTech, made with Kynar PVDF, is the go-to filament for high purity, electrical resistance, and chemical resistance, especially if your nozzle only goes up to 270°C. This filament is widely used in industrial sectors like biomedical and electronics.
Users of PVDF and FlourX filament appreciate its ability to withstand a wide range of scientific testing environments, including exposure to chemicals, ultraviolet light, sterilizations, and flame.
UV Resistance: Excellent UV resistance due to PVDF’s strong chemical bonds between hydrogen and fluorine.
Hydrolytic Resistance: PVDF is not hygroscopic, absorbing less than 0.05% of water at room temperature.
Food Safety and Sterilization: Suitable for gamma radiation and standard autoclave processes, making it a good choice for medical applications such as tools.
Chemical Resistance: Excellent for handling storage and transfer of corrosive fluids. Resistant to oils (diesel, mineral, lubricating, and vegetable), hydrochloric acid, alcohols, and chlorine.
Electrical Properties:
Insulative: Yes
Dielectric Constant: 10 at 1Hz
Certification: UL 94 V-0 FST Rating (non-flammable, self-extinguishing; if it does burn, it won’t burn for more than 10 seconds).
To extend the life and usability of your filament, it is essential to dry it properly. Here are the guidelines:
Frequency: Dry every time you print or if the filament has been sitting out for more than 10 minutes.
Drying Temperature and Time: Generally, dry at 120°C for 4-12 hours. Ensure the drying time is less than 24 hours to avoid brittleness.
Storage: Use metal spools to prevent melting during the drying process.
We also offer a full drying kit that we use in our shop, including vacuum chambers and ovens. This kit ensures you can dry your filament as effectively as we do. Check it out on our website.
By following these guidelines, you can achieve optimal results with FlourX filament, ensuring high performance in your applications.