iSANMATE ASA carbon fiber filament is an engineering plastic composed of acrylic rubber, acrylonitrile, and styrene copolymer which is reinforced with carbon fiber. It retains the excellent mechanical and physical properties of ASA while offering superior UV resistance, making it ideal for outdoor plastic products exposed to direct sunlight.
iSANMATE ASA carbon fiber filament is an engineering plastic composed of acrylic rubber, acrylonitrile, and styrene copolymer which is reinforced with carbon fiber. It retains the excellent mechanical and physical properties of ASA while offering superior UV resistance, making it ideal for outdoor plastic products exposed to direct sunlight.
Strong, durable filament
UV and Chemical resistance
Low-gloss finish
+/-0.03mm tolerance diameter
Neat windings
Printing Guidelines
Print Hot-end temperature: 240~260c
Print Bed temperature: 60~80c
Print Speed: 50~600mm/s
Tips
Nozzles with larger diameters (0.5mm or more) are much less prone to clogging, as the fibers can pass through the nozzle tip easily. If clogging occurs after printing the first layer or two, try increasing the first layer height. A nozzle positioned too close to the bed can create increased back-pressure during these initial layers, causing fibers to accumulate and temporarily clog the nozzle.
iSANMATE Gradient Matte PLA+ is a high performance 3D printing filament that has a repeating color gradient effect. Suitable for many different applications such as art pieces, crafts, toys and products and product samples. It exhibits high toughness, a smooth matte surface finish and is easy to print.
iSANMATE ASA filament is highly durable and capable of withstanding harsh weather conditions, making it perfect for outdoor applications like garden furniture, signs, and automotive parts. Additionally, it boasts excellent chemical resistance, making it a popular choice for producing chemical containers and laboratory equipment.
iSANMATE PLA Silk Tri-Colour 3D Filament has a glossy, rich and “metallic” finish with three-colour effect. Suitable for printing decorations, toys and trinkets with a smooth finish.
iSANMATE High Speed Matte PLA 3D Filament optimises the balance between filament melting and cooling, ensuring smooth flow in its molten state and faster cooling during printing.
iSANMATE High Speed Matte PLA 3D Filament optimises the balance between filament melting and cooling, ensuring smooth flow in its molten state and faster cooling during printing.
iSANMATE i7 PLA is a High Performance filament with a Satin finish. It has excellent layer adhesion which greatly improves impact resistance, strength and durability of printed products.
iSANMATE Gradient Matte PLA+ is a high performance 3D printing filament that has a repeating color gradient effect. Suitable for many different applications such as art pieces, crafts, toys and products and product samples. It exhibits high toughness, a smooth matte surface finish and is easy to print.
iSANMATE PLA carbon fiber filament is a composite of PLA and chopped carbon fiber material. Compared with ordinary PLA, it provides additional strength, hardness, rigidity and has excellent layer adhesion between. Models printed with this material can use less material to produce a lighter part without sacrificing strength. Carbon fiber materials consistently demonstrate less warping during printing and this material can be printed without an enclosure.
iSANMATE PETG 3D Printer Filament is known for its high temperature resistance, waterproof properties and efficient/low power printing rate. It combines the durability of ABS with the easy printing characteristics of PLA, making it a reliable and versatile choice for 3D printing.
iSANMATE Matte PLA 3D Filament suitable for many different applications such as art pieces, crafts, toys and products and product samples. It exhibits high toughness, a smooth matte surface finish and is easy to print.
iSANMATE PLA carbon fiber filament is a composite of PLA and chopped carbon fiber material. Compared with ordinary PLA, it provides additional strength, hardness, rigidity and has excellent layer adhesion between. Models printed with this material can use less material to produce a lighter part without sacrificing strength. Carbon fiber materials consistently demonstrate less warping during printing and this material can be printed without an enclosure.