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Revolutionize 3D Printing with Enhanced Polypropylene PBF Powder An Economical Alternative to PA12
Revolutionize 3D Printing with Enhanced Polypropylene PBF Powder An Economical Alternative to PA12
Revolutionize 3D Printing with Enhanced Polypropylene PBF Powder An Economical Alternative to PA12
Revolutionize 3D Printing with Enhanced Polypropylene PBF Powder An Economical Alternative to PA12
Revolutionize 3D Printing with Enhanced Polypropylene PBF Powder An Economical Alternative to PA12
Revolutionize 3D Printing with Enhanced Polypropylene PBF Powder An Economical Alternative to PA12
Revolutionize 3D Printing with Enhanced Polypropylene PBF Powder An Economical Alternative to PA12
Revolutionize 3D Printing with Enhanced Polypropylene PBF Powder An Economical Alternative to PA12

Revolutionize 3D Printing with Enhanced Polypropylene PBF Powder An Economical Alternative to PA12

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≥1 Kilograms
US $3
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Quick Details

Brand Name:
CHOZEN TECH
Model Number:
CZPP-P
Type:
Virgin Material
Sample:
Available
Material:
Polypropelene
Color:
White, black, grey or customize
MOQ:
1 KG
Product Name:
PP powder for 3D printing
Package:
CUSTOMEZED
3D printer type:
SLS, MJF
Certificate:
REACH ROHS

Quick Details

color:
White, Grey, Black, etc
Shape:
Fine Powder
Place of Origin:
Guangdong, China
Brand Name:
CHOZEN TECH
Model Number:
CZPP-P
Type:
Virgin Material
Sample:
Available
Material:
Polypropelene
Color:
White, black, grey or customize
MOQ:
1 KG
Product Name:
PP powder for 3D printing
Package:
CUSTOMEZED
3D printer type:
SLS, MJF
Certificate:
REACH ROHS
Introducing

Product Overviews

PP powder harnesses the advantageous properties of polyolefins for use in Powder Bed Fusion (PBF) technologies, enabling the swift production of tailored and functional parts for serial manufacturing. Characterized by its well-known resilience, this powder offers exceptional chemical resistance, ductility, and media tightness. Our proprietary formula elevates these benefits even further. Unlike the widely used polyamides, PP distinguishes itself with superior plasticity, enhanced elongation at break, increased durability, and minimal moisture absorption. Its considerable rigidity renders PP particularly suitable for technical endeavors and the creation of sturdy 3D printed components, ranging from initial prototypes to fully functional parts. Additionally, PP presents a cost-effective alternative to the frequently utilized PA12, positioning it as an appealing option for broadening the scope of 3D printing applications and production scales.

Mechanical Properties

Ultimate Tensile Streng th

29 MPa

4206 psi

ASTM D 638-14 Type 1

Tensile Modulus

1640 MPa

239 ksi

ASTM D 638-14 Type 1

Elongation at Break (X /Y)

34 %

34 %

ASTM D 638-14 Type 1

Elongation at Break (Z)

16 %

16 %

ASTM D 638-14 Type 1

Flexural Strength

37 MPa

5366 psi

ASTM D 790-17

Flexural Modulus

1330 MPa

192 ksi

ASTM D 790-17

Notched Izod

31 J/m

0.58 ft-lb/in

ASTM D256-10

Thermal Properties

Heat Deflection Temp. @ 1.8 MPa

58 °C

136 °F

ASTM D 648-16

Heat Deflection Temp. @ 0.45 MPa

113 °C

235 °F

ASTM D 648-16

Vicat Softening Temperature

132 °C

269 °F

ASTM D 1525

Other Properties

Moisture Content (powder)

0.06 %

0.06 %

ISO 15512 Method D

Water Absorption (printed part)

0.25 %

0.25 %

ASTM D570

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