3D printing with polypropylene to order

You can find out the cost of 3D printing with polypropylene by sending a request to the mail:

3dprint@studia3d.com

One of the hardest 3D printing materials. It shrinks enormously during the 3D printing process. Our experience allows us to work with such materials.

Always consult with a specialist to understand the final result.

Fused deposition modeling (FDM)

Izod impact strength	4,5 kJ / m2
Tensile strength along layers	n / a
Tensile modulus along layers	1800 MPa
Flexural strength	n / a
Flexural modulus	n / a
Maximum bending load	n / a
Tensile strength across layers	n / a
Tensile modulus across layers	n / a
Maximum tensile load	n / a
Compressive strength	n / a
Compressive modulus	n / a
Maximum compressive load	n / a
Elongation ratio	50%
Tensile breaking stress	250-400 kgf / cm²
Flexural modulus,	6700-11900 kgf
Melting temperature	160-170 °C
Elongation at break	200-800%
Density of material	0,90-0,91 g / cm3