Windform P2

Class of Material

Polyammide Material Glass Fiber Filled

Technology

High Speed Sintering (HSS)

FEATURES

Excellent stiffness and high tensile strength combined together
Faster production higher volumes at lower cost
Higher stiffness compared to Windform P1
Insulated material (CTI rating of 600)

KEY VALUES

Density (20° C) 1,14 g/cc
HDT (1.82 Mpa) 126° C
UTS Tensile Strength (X axis) 39,24 Mpa
Elongation @ break (X axis) 4,84%
Tensile Modulus (X axis) 2925,20 Mpa
Flexural Modulus 2519 Mpa
Comparative Tracking Index 600

APPLICATIONS

Automotive: rigid parts for interior design
Consumer and household goods
Electronics enclosures and housing for electronics
Industrial products: furniture parts, fixtures and tooling

FEATURES

Excellent stiffness and high tensile strength combined together
Faster production higher volumes at lower cost
Higher stiffness compared to Windform P1
Insulated material (CTI rating of 600)

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KEY VALUES

Density (20° C) 1,14 g/cc
HDT (1.82 Mpa) 126° C
UTS Tensile Strength (X axis) 39,24 Mpa
Elongation @ break (X axis) 4,84%
Tensile Modulus (X axis) 2925,20 Mpa
Flexural Modulus 2519 Mpa
Comparative Tracking Index 600

Technical data sheet

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APPLICATIONS

Automotive: rigid parts for interior design
Consumer and household goods
Electronics enclosures and housing for electronics
Industrial products: furniture parts, fixtures and tooling

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Technical Properties

Density: 1,14 g/cc

Colour:

DARK GREY

Thermal Properties Test Method SI Unit US Unit
Melting point ISO 11357 181,30° C 358.34° F
HDT, 1.82 Mpa ISO 75 Method A 126,00° C 258.80° F
Vicat 10N ISO 306 Method A50 175,50° C 347.90° F

Note: The material properties provided herein are for reference purposes only. Data was generated from the testing of parts produced with Windform P2 material under optimal processing conditions. Actual values may vary significantly as they are affected by part geometry and process parameters. Material specifications are subject to change without notice.

Standard Technical Details for Accuracy versus Tolerance:
For parts up to 1 mm (0.039″), the standard tolerance is ± 0,070 mm (0.003″)
For parts up to 3 mm (0.118″), the standard tolerance is ± 0,125 mm (0.005″)
For parts up to 6 mm (0.236″), the standard tolerance is ± 0,150 mm (0.006″)
For parts over 6 mm (0.236″), refer to UNI EN ISO 286-2 JS14 class (linear tolerances).

End-use 3D printed eyewear
End-use 3D printed eyewear

Technical specifications

Windform® P2 is the second material from P-LINE, the new born range dedicated to high speed production-grade 3D Printing technology.

It is a thermoplastic glass fiber filled material with optimal mechanical properties (higher stiffness compared to Windform® P1).

Windform® P2 offers excellent stiffness and high tensile strength combined together.

Applications

Windform® P2 has been engineered for a faster production of functional prototypes, end-use parts requiring high stiffness across a variety of sectors.  Just to indicate some examples of applications: Electrical (enclosures and housing for electronics); Consumer and household goods; Industrial products (furniture parts, presentation models, fixtures and tooling); Automotive (rigid parts for interior design).

It is suitable for the manufacturing of components with detailed resolution.

Small 3D printed production and fuctional parts for the Automotive sector
Small 3D printed production and fuctional parts for the Automotive sector

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