Excellent stiffness andstrength per density

production

prototyping

Pre-production series front nose of Energica Eva electric motorbike

ABOUT

APPLICATIONSClassPolyamide-based carbon fiber
reinforced composite

ColorBlack

Technology:

SLS (Selective Laser Sintering)

Test:

UL94 HB 1mm and 3mm rating■ Realization of accurate, reliable, durable prototypes■ Small production batch and pre-production■ Aerodynamic motorsport components for F1 andIndyCar such as alternator covers■ Automotive parts such as cooling ducts, mirrors,
headlight lids

Outgassing Nasa and Esa
Coefficient of thermal expansion■ Aerospace: small satellites and spacecraftcomponents

Skin contact approved
WINDFORM XT 2.0 features excellent mechanicalperformances, including high stiffness androbustness matched to low density and remarkable
lightness

KEY FEATURES
High tensile modulus
Ideal for high-end mechanicalapplications

Resistant to high temperatures(HDT 1,82 Mpa 173,4 °C)

High stiffness and tensile strength

Ideal for applications where weigthsaving is crucial

Good elongation at breakSpaceproof
Compliant to NASA and ESA
Outgassing tests

Low density

Skin contact approved

Got a project?
GET IN TOUCH WITH OUR EXPERT TO TALK ABOUT MOST SUITABLE MATERIAL AND TECHNOLOGYl e t 's ta l k

Europeinfo@windform.com

North America
info@crp-usa.net

Windform® is a brand CRP Technology srl

UAE & GCC

info@crp-gulf.com

Technical Specifications &conformity

Test Method

SI Unit

US Unit

1,097 g/cc

1.097 g/cc

BLACK

BLACK

General Properties
Density (20 °C/68 °F)
Colour
Thermal Properties
Melting point

ISO 11357-2

179,30 °C

355 °F

HDT, 1.82 Mpa

ISO 75-2 TYPE A

173,40 °C

344 °F

Vicat 10N

ISO 306 TYPE A50

176,10 °C

349 °F

Burning Test - HB 1mm

UL 94

HBHB

Burning Test - HB 3mm

UL 94

HBHBTensile Strength

UNI EN ISO 527-1

83,84 Mpa

12200 psi

Tensile Modulus

UNI EN ISO 527-1

8928,20 Mpa

1290 ksi

Elongation at break

UNI EN ISO 527-1

3,80 %

3.80 %

Flexural Strength

UNI EN ISO 178

133,00 Mpa

19300 psi

Flexural Modulus

UNI EN ISO 178

7338,20 Mpa

1060 ksi

Impact Strength Unnotched (Charpy 23°C)

UNI EN ISO 179

22,43 KJ/m2

10.7 ft-lb/in2

Impact Strength Notched (Charpy 23°C)

UNI EN ISO 179

4,72 KJ/m2

2.25 ft-lb/in2

Impact Strength Unnotched (Izod 23°C)

UNI EN ISO 180

19,26 KJ/m2

9.16 ft-lb/in2

Impact Strength Notched (Izod 23°C)

UNI EN ISO 180

5,30 KJ/m

2.52 ft-lb/in2

Hardness Shore D

UNI EN ISO 868

7979

Poisson Ratio

ASTM D638-14

0.41

0.41

Compression Strength

ASTM D695-10

120,2 Mpa

17433.54 psi

Compression Elastic Modulus

ASTM D695-10

6,18 Gpa

896.33 ksi

Resistivity, Volume

ASTM D257<10^8 ohm*cm<10^8 ohm*cm

Resistivity, Surface

ASTM D257<10^8 ohm<10^8 ohm

After SLS Process

6,00 Ra µm

6.00 Ra µm

After finishing

1,8 Ra µm

1.8 Ra µm

UTS per density unit

76,43 Mpa/(g/cc)

11100 psi/(g/cc)

Tensile Modulus per density unit

8138,74 Mpa/(g/cc)

1180 ksi/(g/cc)

Flexural Strength per density unit

121,24 Mpa/(g/cc)

17600 psi/(g/cc)

Flexural Modulus per density unit

6689,33 Mpa/(g/cc)

970 ksi/(g/cc)

Flammability Properties

Mechanical Properties

2Electrical Properties

Surface FinishProperties per density unit

Note: The material properties provided herein are for reference purposes only. Data was generated from the testing of parts produced with Windform® XT 2.0 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).