• XSTRAND GF30 PP 1.75mm 500g

XSTRAND GF30-PP 2.85mm 500g

XSTRAND GF30-PP filament for 3D printing is an industrial grade material designed for additive manufacturing and a wide variety of industrial applications. This filament has good UV and chemical resistant properties and is composed of reinforced glass-fiber material,  giving it a high-strength and stiff quality. This filament is suitable for industrial and tooling applications, functional prototyping, small appliances and any sport and leisure demands.
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XSTRAND GF30-PP is transforming manufacturing processes and performance

This high-strength filament has a large operational temperature range, excellent layer adhesion, low-moisture absorption, and can maintain a print's shape greater than neat PP. It is a highly-durable and reinforced material that can suit industrial project

Key Features and benefits:

  • Composed of Engineered reinforced plastics
  • Easy to print, similair to ABS
  • Very stiff and strong
  • Large operational temperature range: -20 ˚C to 120 ˚C
  • Excellent layer adhesion and reduced warping effect compare to neat materials
  • Good chemical and UV resistance

High Performing

When compared to other filaments like standard ABS, the GF30 PP outperforms it, capable of retaining its strength yield at higher delfection temperatures.

XStrand filament field test 


The XSTRAND GF30-PP Filament is ideal for a wide variety of applications including industrial, tooling, transportation, small appliances, eletronics, and any sport and leisure demands. For projects requiring durability, this filament is ideal.

Thermal properties:

  • Density: (0,94 g/cm3)
  • Moisture Absorption: Very low (<0.1%)
  • Water Absorption: Very low (<0.1%)
Physical properties:

  • Tensile Modulus: 6 500 MPa
  • Tensile Strength (Yield): 60 MPa
  • Tensile Strength (Break): 60 MPa
  • Flexural Modulus: 4 300 MPa
  • Flexural Strength (Yield): 83 MPa
  • Flexural Strength (Break): 78 MPa
  • Elongation (Break): 1.6%

Recommended printing settings:

  • Use a tool steel nozzle. The glass fiber is abrasive and will wear out brass quickly
  • A polyethylene high-density (PEHD) plate as printing surface, instead of glass plate for example, is highly recommended. 
  • If printing on a glass bed use one of the following use packaging tape on the bed.
  • If printing on a perforated bed you will need nothing on the bed for adhesion. 


Data sheet

Nozzle Diameter (mm)
greater than 0.4mm
Moisture Level
Glass Fiber Reinforced Polypropylene
Nozzle Temperature
Print Speed Guideline
30-100 mm/s
Bed Temperature
80 °C - 110 °C
Melting Temperature
167 °C
Heat Deflection Temperature
120 °C

Specific References