PrimaCreator Super-PFA is a multi-layer PFA composite film developed for large-scale resin 3D printers. The surface of SPFA effectively prevents adsorption and electrostatic adhesion, reducing the release force. This greatly improves the success rate when used in printers with larger screens.

Characteristics:

• High quality PrimaCreator SPFA film sheets.
• Light transmission: 91-94%

PrimaCreator Super-PFA film sheet for 3D printers

High quality PrimaCreator SPFA film sheets.

PrimaCreator Super-PFA is a multi-layer PFA composite film developed for large-scale resin 3D printers.

The surface of SPFA effectively prevents adsorption and electrostatic adhesion, reducing the release force. This greatly improves the success rate when used in printers with larger screens.

Lower release force also reduces wear on the printer itself, as it is easier to overcome with each movement cycle. We recommend using SPFA on printers with 8.9' and larger screens.

SPFA film itself lasts much longer than other films due to less stress and bending movements. This is especially noticeable on larger printers where SPFA can last up to 10 times longer than regular FEP.

The SPFA can withstand temperatures up to 300°C, with a recommended operating temperature for extended periods of up to 260°C. This can be compared to normal FEP film which generally cannot withstand temperatures above 200°C.

To protect the sheet from creases and scratches, each sheet is provided with a protective film on both sides and packaged in a protective envelope.

The sheets fit most 3D printers that use ~13" LCD/9" LCD.

Specifications :

• Dimensions: 13" LCD 260x390 mm / 9" LCD 200 x 270 mm
• Thickness: 0.3mm
• Light transmission: 91-94%
• Maximum temperature: 300°C
• Maximum operating temperature: 260°C
• 1 sheet/package

Compatible with:

• Most 3D printers use ~13"/9" LCDs.

Remove the blue protective film from the SPFA sheet before use. Install the SPFA sheet with this side facing up towards the inside of the resin tank and the side without protective film facing down towards the UV light source.