Addigy F2045 1.75mm | 500g

£54.99

Colour

Quantity

Item number: 8720629063485

Key Features:

Highly elastic material for soft,
flexible applications
High UV and chemical resistance
Excellent energy return
Fast print speed
50% of the material originates
from bio-based feedstock
Passes USP class IV for medical
implants and ISO qualifications for
irritation and cytotoxicity
Tested on multiple open platform
FFF machine

Application:

Automotive, Aerospace, Railway, Motorsports – e.g. lighting frames, tubes, wipers
Flexible tools and electronics
Healthcare – such as prosthetics, bruxism splints
Sports & Lifestyles – e.g. shoe midsoles, mouth guards, shin guards, glasses, earbuds, smart watches, jewelry

Description

Addigy® F2045 is the replacement for Arnitel® ID2045 filament. The product is the same, only the name has been changed. Addigy® F2045 is a highly flexible TPC (thermoplastic copolyester) that can be used in a broad range of applications from sports mouth guards to electronics. It is a flexible polymer with very good UV- and chemical-resistance compared to other flexible polymers such as TPU (thermoplastic urethane). Addigy® F2045 is an ECO label filament made with 50% bio-based feedstock. It brings speed to your 3D printing production – it loads onto the machine and prints twice as fast as other TPCs. It combines this easy and fast printing with high performance characteristics enabled by excellent inter-layer adhesion due to its slower crystallization behavior.

Specification


Diameter	1.75mm
Net weight	500g

Recommendation

Temperature

Print temp: 220 – 245° C

Heat bed: 40 – 60° C

Printing Speed

Printing Speed: 0 - 50mm/s

Fan

Fan speed: 0%

Surface

Magigoo® Flex , Glass + DimaFix, PET tape

Closed Chamber

No Required

Nozzle Diameter

≥ 0.25mm

Note

First layer : 100 – 150% of first layer thickness.
Addigy® F2045 can be used with a range of nozzle temperature (210–250 °C / 410–482°F). Preferred temperature to print your object is 230°C / 446°F. To generate a homogeneous melt, the melt temperature should always be above 200°C / 392°F. Optimal mechanical properties will be achieved at melt temperature between (210–250 °C / 410–482°F).
Print speed: 20 – 50 mm/s (obeying the maximal throughput in cm3/s of the extruder)
Do only remove printed object from print bed when print bed has cooled down to ambient temperatures, as otherwise printed part can deform severely.