€39.95*
Available, delivery time: 1-3 days
The Formfutura ApolloX CF10 combines all the advantages of the ApolloX filament and also contains 10 % carbon fiber. ApolloX CF10 is a high-performance high-performance ASA filament that is reinforced with carbon fibers.
With the increasing spread of high-speed 3D printing due to the introduction of high-speed high-speed 3D printers, FormFutura is pleased to add a number of new and existing materials to its existing materials to its range. These materials materials are still suitable for conventional printers, but have been fully optimized optimized for the new high-speed 3D printing technology.
The use of high modulus carbon fibers makes ApolloX CF10 very light and stiff. This technical filament is very easy to easily processed on open desktop machines in 3D printing. No housing housing or heated chamber is required. Its low shrinkage factor and perfect perfect layer adhesion make printing with ApolloX CF10 a breeze.
Important key features:
- UV and weather resistant
- Rigid with high modulus and impact resistance
- Heat resistant up to 101°C
- Outstanding dimensional dimensional stability
- Easy to process on open desktop 3D printers
Suitable applications:
- Aerospace aerospace and automotive industries
- 3D printing of housings and covers
- Rigid Parts for outdoor use
- Applications in in the construction industry
- Manufacturing of ready-to-use products
Explanation of carbon fiber reinforcement: The reinforcement of filaments with carbon fiber has many advantages. It combines the unique properties of both materials. The properties of the thermoplastic improve with everything that carbon fibers offer. Carbon fibers offer many advantages, such as
- Increase stiffness
- weight reduction
- increase tensile strength
- Increase dimensional stability
- Reduction shrinkage and warpage
- Increase heat resistance
- Increase chemical resistance
- Covering of the layer lines with a matt surface finish for 3D-printed objects. This makes carbon fiber-reinforced filaments perfect for 3D printing applications 3D printing applications that require stiffness and lightweight construction.
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