Fiberlogy PP | Polypropylene filament - extremely durable and flexible

Strength and flexibility

Polypropylene (PP) is one of the most commonly used polymers in industry. Its high flexibility, incredible durability, low weight and resistance to chemicals have meant that it has found countless applications from medicine, through the automotive industry to the packaging industry. Fiberlogy PP filament has tapped the potential of this incredible material and made it possible to use in 3D printing. This filament is also ideal for making braces and prosthetics, for both humans and animals.

The impressive tensile strength makes polypropylene perfect for producing elements that require durability while maintaining flexibility such as lockable containers, handles, etc. It is successfully used in both advanced engineering projects and at home.
Polypropylene is recyclable, which is why printouts and printer scrap can be segregated with other garbage and recycled, which perfectly reflects the spirit of the idea of “zero-waste”.

PP (polypropylene)

Diameter	Net weight	Colors
1.75 mm	0.75 kg

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Polypropylene properties:

non-toxic and odorless
high resistance to chemicals
resistance to mechanical damage
very good adhesion between the print layers

Fiberlogy PP in Orthopedics

PP (polypropylene) filament is ideal for manufacturing medical braces and prosthetics due to its strength and lightweight properties. Its flexibility and fatigue resistance enable the creation of comfortable, durable solutions that support patient rehabilitation. It can be used in both human and veterinary prosthetics, ensuring safe and reliable performance.

Photo: Orthodogs

Fiberlogy PP in Action

A practical example of polypropylene application is the Vision Velo mudguard, developed in collaboration with the Seton Tuning DH Team. The use of 3D printing and the right material made it possible to create a component that combines lightness, durability, and a perfect fit for demanding off-road riding conditions. Thanks to its exceptional flexibility, impact resistance, and weather resistance, it is an ideal choice for manufacturing dedicated cycling accessories.

Learn more in the article on: pinkbike.com

Photo: Jack Rice

How to print Polypropylene?

The following parameters are only suggested print settings for this material. To ensure the best print quality, it is necessary to choose the appropriate settings for a specific printer and printing conditions.

Nozzle Temperature	220-250°C
Bed Temperature	not required when using a packing tape
Closed chamber	not required
Fan	0-50%
Flowrate	100-105%
Printing Speed	< 45 mm/s
Surface	Smooth PEI + packing tape (PP) Glass + packing tape (PP) PP Powder-coated sheet