FormFutura Centaur PP Black, 1.75 mm (500 g)

Name: FormFutura Centaur PP Black, 1.75 mm
Brand: FormFutura
SKU: FF-CTPP-175BLCK-00500
Price: 32.50 GBP
Availability: InStock
Rating: 4.33 (3 reviews)

High performance plastic with excellent mechanical properties in black

3 Customer Ratings

£32.50

(£65.00 / kg, Price shown includes 20% VAT. - Excludes delivery costs)

Colour:

FormFutura

Centaur PP White

High-performance plastic with excellent mechanical properties in white

£32.50

(£65.00 / kg)
4.0 (2)
FormFutura

Centaur PP Natural

High Performance Plastic with Excellent Mechanical Properties

£32.50

(£65.00 / kg)
4.3 (8)
FormFutura

Centaur PP Black

High performance plastic with excellent mechanical properties in black

£32.50

(£65.00 / kg)
4.3 (3)

Features & Advantages

Food safe
Low density
Watertight prints are possible
Dishwasher safe

Item no.: FF-CTPP-175BLCK-00500, Content: 500 g, EAN: 8718924470589

Product information & technical details

Item no.: FF-CTPP-175BLCK-00500
Manufacturer No.: CTPP-175BLCK-00500
Manufacturer: FormFutura
Content: 500 g
Diameter: 1,75 mm
Product type: PP Filaments
Color: Black
RAL colour: RAL 9017
System: Spool
Recommended processing temperature: 220 - 240 °C
Recommended heating temperature: 60 - 85 °C

Description

Centaur PP is a lightweight and high-performance polypropylene (PP) filament that has excellent mechanical properties and excellent inter-layer adhesion.

Centaur PP combines unique material properties into a 3D printer filament, making Centaur PP an extremely versatile material suitable for a wide range of applications. From dishwasher safe and microwaveable household items to functional construction objects with outstanding endurance properties.

Unique features

Food contact compliant
Dishwasher safe and microwaveable
Lightweight: material density of 0.9 g / cm³
Waterproof prints are possible with one layer
Good elastic properties: Can be stretched up to> 600% before breaking - Shore hardness of D50
Improved wear, abrasion and fatigue resistance
High chemical resistance
Excellent adhesion between the layers