Siraya Tech Tenacious Resin Flexible 405nm UV-Curing with High Impact Resistance for LCD DLP 3D Printing

Siraya Tech Tenacious 3D Printer Resin Flexible 405nm UV-Curing Resin with High Impact Resistance Standard Photopolymer Resin for LCD DLP 3D Printing (Clear)

* During Winter, the resin may arrive frozen due to outside temperature. Please leave the resin bottle indoors at room temperature to defrost for 2-3 hours when this happens. Once resin returns to liquid form, please shake the bottle hard for at least 2 minutes before printing.

Tenacious can be printed on LCD and DLP printers and works great either by itself or mixed with other 405nm UV resin.

This resin is best when used with high quality FEP film based vat.

• HIGH IMPACT RESISTANCE – This Siraya Tech Tenacious 3D Printer Resin has high impact resistance, and the printed model is very flexible. The high impact resistance and toughness make the printed model not fragile and can withstand accidental drops from time to time.

• SUITABLE AS AN ADDITIVE – Siraya Tech 3D printing resin is very suitable as an additive to increase the strength and elasticity of other resins. Siraya Tech Tenacious resin is often used to mix with other resins to reduce the fragility of other common resins and improve the durability of the model to obtain a very powerful printing effect.

• HIGH TOUGHNESS – This Tenacious 3D printer resin is the toughest resin among our products. Its extremely high toughness allows the printed thin objects to be bent 180° without breaking. And you can increase the toughness and durability of fragile standard resins by mixing them with other resins.

• WIDE APPLICATIONS – Siraya Tech Tenacious 3D Printing Resin is developed for most LCD and DLP printers and has a wide range of applications. Due to its high toughness and flexibility, this flexible resin is mainly used for miniature models, making braces, O-rings, washers, tabletop games, and mini-game models, swords, etc. It can provide more drop resistance and flexibility.

• EASY TO PRINT – Compared with other flexible resins, our Siraya Tech Tenacious resin is easier to print, and liquid resins are easier to dye. Best to print at 25°C or higher. This flexible 405nm UV-Curing resin is very suitable for making prototypes and flexible objects.

Tenacious Resin with High Impact Resistance

Before Printing

It is a good practice to mix resin and expose the bottom of the vat to air before printing. This replenish oxygen in the vat and helps reduce peel force.

It would also ensure print consistency if user can get the initial resin temperature above 25 and keep the environmental temperature above 20 C

Recommend best support settings:

Tenacious has the most impact resistance of all the Siraya Tech resins and thus has the most flexibility. This means it likes thicker support to print well. Depending on the printer, you may want to check out the Blu recommended support setting as a starting point. It is best to print no less than 80um for this resin.

Tenacious Support recommendation:

Tenacious has the more flexibility of all our resins Make sure the support tip diameter is 1.2mm for larger prints with a depth of 0.5mm

Tips:

(1)Cleaning:

Use a painter brush (or any brush made with hair) remove excess resins on the printed part with Use 95% concentrated Ethanol (preferred) or IPA to clean. Some form of methnol should work but make sure it does not contain acetone. Do not submerge the parts in alcohol for more than 30 seconds. After 2-3 minutes of cleaning action, remove alcohol with a hair dryer or air blower. For complex part with lots cavities, it may be a good idea to clean/dry multiple times. User can check by touching the dried surface of the part to see if it is still sticky. If the dried surface is still sticky, wash some more and dry again.

(2)Post Curing:

Tenacious reached its optimal strength when the printed part is post-cured with UV after cleaned. Use 395-405nm UV light and cure for about 25 minutes. Make sure resin is completely cleaned off and there is not alcohol left on the print before curing. Curing by submerging object in water will significantly increase curing efficiency.

While we recommend printing at temperature 25C or above, a heater is not required. Please refer to the user guide for more detail.

Here is the link to the Youtube video test: