Skip to product information
10 people are looking at this!

S3DPS PBT Pro – Durable 3D Printer Filament

S3DPS PBT Pro – Durable 3D Printer Filament

Regular price R 690.00
Regular price R 800.00 Sale price R 690.00
Save 13% Sold out

Fast Shipping

Secure Checkout


Hurry up! Only 3 items are in stock.

S3DPS PBT 3D Printer Filament – 1.75mm Black, High-Strength Glass Fibre Composite

Experience advanced material performance with S3DPS PBT PRO Filament, a glass fibre-reinforced engineering-grade thermoplastic designed for strong, durable, and heat-resistant 3D prints. Ideal for structural components, functional prototypes, and industrial parts, this filament delivers excellent mechanical strength with the ease of PLA-like printability.

Key Features:

Material: Polybutylene Terephthalate (PBT) + Glass Fibre

Colour: Black

Diameter: 1.75mm ± 0.02mm

Net Weight: 1.0 kg spool

Surface Finish: Frosted matte for a professional look

Nozzle Requirement: Use a stainless steel nozzle to prevent wear

Print Settings:

Printing Temperature: 210–240°C

Bed Temperature: 60°C

Printing Speed: 30–60mm/s

Cooling Fan: Off

Material Advantages:

Up to 6x stronger than PLA in toughness

Flexural Modulus: ~800 MPa

Heat Resistance: Withstands temperatures up to 130°C

Excellent chemical resistance and dimensional stability

Suitable for automotive, electronics, and structural applications

Low shrinkage and warping compared to standard engineering filaments

Why Choose S3DPS PBT Filament?

PBT is part of the polyester family and offers semi-crystalline structure with properties similar to PET. When reinforced with glass fibre, it significantly improves tensile strength, flexural strength, and impact resistance, making it ideal for demanding, load-bearing components. This filament provides professional-grade results with reliable printability on most FDM printers.

PBT PRO Performance Summary:

Property Value
Print Temp 225–235°C
Bed Temp 40–70°C
Tensile Strength 22.4 MPa
Flexural Strength 261.9 MPa
Flexural Modulus 708 MPa
Notched Impact 19.1 KJ/m²
Unnotched Impact 101.2 KJ/m²
Heat Distortion Temp 36.5°C
Density 1.297 g/cm³
Melt Flow Index 8–15 g/10min
View full details