We will remain closed until January 1st due to the Christmas holidays. Orders received until Thursday, December 26th will be shipped on Friday, December 27th. Orders received from Friday, December 27th will be shipped on January 2nd. Happy Holidays!

Display Nav Left

Language:

Compare

You must be logged in to manage your wishlist.

Wear-resistant WearX™ PA6

Ref.: 3DXTECH-WEARX-PA6-175-500

89.25 €

Tax excl.

Diameter

Format

Colour

Quantity

In stock 5 units available for immediate shipping.
units available for shipping in 0 - 0 days Available for shipment within 0 - 0 days

Product temporarily out of stock with these characteristics. Select another combination.

We notify you when it will be available:

Approximate delivery date: Thursday 26 December

Available

Returns

Ask about this product

3DxTech's filament portfolio includes a wide range of specialized and enhanced nylon filaments, one of them being the WearX™ PA6 filament. This material is composed of nylon 6 and designed to have advanced wear and friction resistance (3 times more than unmodified PA6), especially in terms of sliding and rotational wear in dry conditions in temperatures up to 120 ºC.

Parts 3D printed with the WearX™ PA6 filament

Image 1: Parts 3D printed with the WearX™ PA6 filament. Source: 3DXTECH.

In comparison with standard PA6, the WearX™ PA6 filament offers a harder surface, superior dimensional stability, and a matte surface finish. Apart from the wear resistance, parts 3D printed with the WearX™ PA6 filament have industrial-grade mechanical, thermal, and chemical resistance (methanol, isopropanol, petrol, weak acids, weak/strong bases, oils, detergents, lubricants, antifreeze).

The wear resistance of this material diminishes off as the operating temperature increases (up to 120 ºC). Nevertheless, applying an external lubricant will extend the wear life of parts 3D printed with WearX™ PA6 and allow for much more elevated operating temperatures, even under increased loads or speeds.

General information
Material	PA
Format	0.5 kg
Density	1.18 g/cm³
Filament diameter	1.75 mm
Filament tolerance	±0.05 mm
Filament length	±176.2 m

Electrical properties
Surface electrical resistivity	(ASTM D257) >10¹³ Ohm/sq

Printing properties
Printing temperature	260 - 275 ºC
Print bed temperature	85 - 90 ºC
Chamber temperature	✓
Cooling fan	-
Recommended printing speed	- mm/s
Recommended nozzle diameter	0.2 mm

Mechanical properties
Elongation at break	(ISO 527) 18 %
Tensile strength	(ISO 527) 62 MPa
Tensile modulus	(ISO 527) 2458 MPa
Flexural strength	(ISO 178) 70 MPa
Flexural modulus	(ISO 178) 2215 MPa
Surface hardness	-

Thermal properties
Melting temperature	(DSC) 76 ºC
Softening temperature	143 ºC

Specific properties
Chemical resistance	✓
Dynamic friction coefficient	(ISO 7148-2) 0.35 - 0.55
Wear index	(ISO 7148-2) 12 µm/km

Other
HS Code	3916.9
Spool diameter (outer)	- mm
Spool diameter (inner hole)	- mm
Spool width	- mm

The WearX™ PA6 filament should be printed at a temperature of 260-275 ºC, on a bed heated to 80-95 ºC. It is also recommended to use a 3D printed with a heated chamber if possible (30-80 ºC) as it can help prevent warping. Another way to prevent warping and improve adhesion of the 3D printed part to the printing surface (especially with large parts) is to use the Nano Polymer Adhesive.

Complex parts can be created with the WearX™ PA6 filament with the help of support structures. The compatible support filament is the AquaTek X1 UMS filament by 3DxTech.

The WearX™ PA6 filament should be stored properly in order to prevent it from absorbing excess moisture. Humidity is the biggest enemy of filaments as it can result in extrusion problems, poor surface quality of the 3D printed part and a deterioration in its mechanical properties. The best way to store the WearX™ PA6 filament is in a sealed bag with desiccant, in a vacuum sealed container or in an intelligent filament container. During printing, the Fiber Three drying case can be used. If the WearX™ PA6 filament absorbs too much moisture, it should dried in a filament dryer for 4-6 hours at 90 ºC.