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igus® Turkey

Güzeller Org. San. Bölg. Galvano

Teknik San. Sit. Cumhuriyet Cad. 2/32

P.K. 41400 Gebze / Kocaeli

+90-444 63 51

+90-262 502 14 19

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TR(TR)

iglidur® I3-PL for 3D printing via SLS

The material iglidur® I3-PL, specially developed for laser sintering, proved to have an abrasion resistance at least 3 times greater than conventional materials for laser sintering during tribologic tests in the igus® test laboratory. This means the degree of design freedom for wear resistant parts has been increased yet again.

For beta testing

Wear-resistant and low coefficients of friction

Good mechanical properties

Detail accuracy with exact surfaces

Can be processed in a similar way to commercially available SLS materials.

Typical application areas:Prototyping, small series, special machine construction, ...

Wear test, rotating: v = 0.3 m/s; p = 1 MPa; shaft: 2 SS and Cf53

Y = Wear rate [μm/km]

A = PA12 (SLS) B = PA12 + glass balls (SLS) C = iglidur® I3-PL (SLS) D = iglidur® I180-PF (FDM)

Test results:

In this rotating wear test, the abrasion resistance of iglidur® I3 is higher than that of conventional SLS materials by a factor of 4. In addition, the shafts and bearings that are shown here and were used in the test make it clear that iglidur® I3 results in considerably less stress on the mating component, the service life of which is also increased as a result.

Wear test, linear: p = 1MPa; v = 0.1 m/s; I = 5 mm

Y = Wear rate [μm/km]

A = PA12 (SLS) B = PA12 + glass balls (SLS) C = iglidur® I3-PL (SLS) D = iglidur® I180-PF (FDM)

Test results:

The results shown here from the linear short stroke test, indicate that the wear-resistance of iglidur® I3 is better than standard SLS materials by a factor of at least 3.

Wear test, swivelling CF53: v = 0.01 m/s; ß = 60°

Y = Wear rate [μm/km]

A = iglidur® I3-PL (SLS) B = iglidur® I180-PF (FDM) C = iglidur® G injected D = iglidur® W300 injected

Test results:

In the heavy-load tests shown here, wear rates similar to those of iglidur® injection-moulded bearings were achieved with a load of up to 45 MPa (= 1600 kg) on the printed iglidur® I3 bearings.

Flexural strength dependent on construction direction

Y = flexural strength [MPa]

A = Construction direction flat (Z-axis) or lateral (Y-axis) B = Construction direction upright (X-axis)

Test results:

The bending tests indicate the greater strength of iglidur® I3 and particularly the more uniform strength irrespective of the construction direction.

Material data table

General properties
Density	1.05 g/cm³
Colour	Yellow
Max. moisture absorption at +23 °C and 50 % r.h.	0,5 % weight
Maximum water absorption	1,9 % weight
Mechanical properties
Flexural strength	68 MPa
Max. permissible surface pressure	46 MPa
Thermal properties
Max. long-term application temperature	+80 °C
Max. short-term application temperature	+120 °C
Lower application temperature	-40 °C

Order number
I3-PL-10000	1.480,61 EUR

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3D CAD

Numune talebi

PDF

Fiyat teklifi isteği

myCatalog

Available

on request

Do you have any ideas or requirements for the SLS printing of abrasion loaded parts? Then please contact us.

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iglidur® I3-PL for 3D printing via SLS

Talep üzerine teslimat süresi

Wear test, rotating: v = 0.3 m/s; p = 1 MPa; shaft: 2 SS and Cf53

Test results:

Wear test, linear: p = 1MPa; v = 0.1 m/s; I = 5 mm

Test results:

Wear test, swivelling CF53: v = 0.01 m/s; ß = 60°

Test results:

Flexural strength dependent on construction direction

Test results:

Material data table

Seçilen parça hakkında daha fazla bilgi:

Available

More motion plastics® for 3D printing

3D printed Tribo filaments

Made for motion

3D printing service

Your component ready in as little as 24 hours

3D print building

Lubrication-free bearing solutions and printing

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Dil ayarları

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