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Rubber-like ESD resin POC Lab

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Brand: POC Lab

Condition: New product

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161,67 €

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Resin for ESD-safe rubber-like parts. Compatible with LCD/DLP printers.

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Data sheet
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Usage tips
Specifications

The Rubber-like ESD resin is a material developed and manufactured by POC Lab, a specialist in high performance resins for LCD/DLP 3D printing. The Rubber-like ESD resin is a composite material filled with carbon nanotubes (SWCNT) ideal for use in engineering to 3D print require parts that are flexible, robust, durable, and ESD-safe.

Electrostatic discharge (ESD) is a phenomenon frequently occurring in nature when built-up electric charge flows between two charged objects in the form of electric current in a sudden and momentary fashion. While relatively harmless for people, electrostatic discharge can have devastating consequences in other contexts, for example environments where sensitive electronic devices are handled.

Nano-conduction

Image 1: Nano-conduction. Source: POC Lab.

ESD events can cause instant damage or latent damage, the latter being undetectable at the stage of testing and very costly. Thanks to their improved resistance and antistatic properties, materials such as the POC Lab Rubber-like resin protect electronic components and other sensitive elements by conducting and dissipating electrostatic charge into the resin in the event of an incident.

ESD-safe part 3D printed with the Rubber-like resin

Image 2: ESD-safe part 3D printed with the Rubber-like resin. Source: POC Lab.

Apart from its isotropic antistatic properties, the Rubber-like ESD resin is characterized by relative flexibility and TPU-like mechanical properties (Shore 90 A), high resistance to impact and tearing, as well high wear resistance.

It should be kept in mind that the Rubber-like ESD resin by POC Lab is fully compatible with MSLA, LCD and DLP printers but on older RGB LCD machines the exposure times will be very high.

Elongation at break (%)	100
Tensile strength (MPa)	12
Tensile modulus (MPa)	60
Surface hardness	5
Flexibility	Flexibility
Electrical conductivity	Electrical conductivity
Fiber reinforced	Fiber reinforced

Rubber-like Datasheet

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Rubber-like Safety Datasheet

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In order to achieve their intended properties, parts 3D printed with the POC Lab Rubber-like ESD resein must be post-processed. First, the parts must be washed in IPA alcohol and then post-cured for at least 30 minutes under UV light. The washing and curing can be done with the help of devices such as the Creality UQ-02 washing and curing machine, the Anycubic Wash and Cure Plus or the Zortrax curing station and Zortrax washing station. All these devices are compatible with parts 3D printed with the LCD/DLP technology.

The Rubber-like ESD resin should be stored properly in order to avoid resin degradation. Once opened, the resin should be used within 6 months. The resin can be kept in the tank for several weeks, protected from UV radiation, as it has excellent stability. Pouring the resin back into the bottle requires filtering it through a ≥1500 µm filter.

General Information
Manufacturer	POC Lab
Technology	LCD/DLP
Material	Photopolymer
Wavelength	395-405 nm
Format	0.5 kg 1 kg
Color	Black
Compatible 3D Printers	LCD/DLP
Printing Properties
Layer Height	-
Layer Exposure Time	-
Layer Cooling Time	-
Lift Height	-
Lower Layers Exposure	-
Number of Lower Layers	-
Curing and Washing Properties
Washing Time	-
Curing Time	30 min
Curing Temperature	-
Mechanical Properties
Izod Impact Strength	-
Charpy Impact Strength	-
Break Elongation (ASTM D638)	100%
Tensile Strength (ASTM D638)	12 MPa
Tensile Modulus (ASTM D638)	60 MPa
Flexural Strength	-
Flexural Modulus	-
Hardness	Shore 90 A
Thermal Properties
Softening Temperature	-
Thermal Deflection Temperature (ISO 180)	55 ºC
Gloss Value	-
Electrical Properties
Surface Resistance (ASTM D257)	1.88E+06 - 10⁶ Ω/sq
Volume Resistivity (ASTM D4496)	1.71E+06 - 10⁶ Ω·cm
Additional Information
Shelf Life	-
HS Code	2916.1

* The typical values detailed in this table should be considered as reference. Actual values may vary depending on the 3D printer model used, part design, and printing conditions. We recommend confirming the results and final properties with your own tests. For more information, refer to the product's technical data sheet.