iSANMATE High Speed Matte PLA Mint Green 3D Filament 1.75mm 1kg
$23.95
inc GST
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 optimizes the balance between filament melting and cooling, ensuring smooth flow in its molten state and faster cooling during printing. This enables smooth filament output at high speeds (over 200mm/s) without clogging and rapid cooling without deformation. The resulting printed models exhibit low shrinkage and minimal stringing.
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 PLA High Speed Rainbow is a high performance 3D printing filament that has a matte finish and rainbow color 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 Silk Dual 3D Filament has a glossy, rich and “metallic” finish with two-tone effect. Suitable for printing decorations, toys and trinkets with a smooth finish.
iSANMATE PLA High Speed Matte Rainbow is a high performance 3D printing filament that has a matte finish and rainbow color 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.
A high-performance filament that combines all the awesome properties of Polycarbonate with added benefit of Chopped Carbon Fibre (15%), resulting in a material with excellent strength, stiffness, heat-resistance and print quality.
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 PETG Carbon Fiber Filament is extremely high quality, carbon fiber Infused 3D printing filament that delivers superior quality than the competition. Composed of chopped carbon fiber and PETG, this filament is ideal for printing structural parts due to it's high rigidity and hardness. The carbon fibers also comes with some bonus features including a premium surface quality, dimensional stability, and ease of printing.
Heat Resistant
Excellent Chemical Resistance
Low warpage and shrinkage, does not require heated chamber
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 Silk Rainbow PLA 3D Filament has a glossy, rich and “metallic” finish, suitable for printing decorations, toys and trinkets with a smooth finish.
iSANMATE PLA Silk Dual 3D Filament has a glossy, rich and “metallic” finish with two-tone effect. Suitable for printing decorations, toys and trinkets with a smooth finish.
iSANMATE Wood filament is a composite material that blends PLA with wood dust and cork. By incorporating wood into the PLA matrix as a reinforcement this material exhibits excellent adhesion and enhanced initial deformation resistance.
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.
Matte finish
Easy to print
AMS compatible plastic spool
+/-0.02mm tolerance diameter
Neat windings
Resealable packaging
Price$25.95
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.