• Magigoo PA adhesive is specifically designed for 3D printing with polyamide (nylon) filaments. It offers a strong adhesion to the bed for polyamide based filaments. It can be used with all kinds of bed surfaces, however we recommend PEI or Garolite for Nylon. It can also be used with Carbon Fiber reinforced Nylon & Glass Filled Nylons. When printing with higher temp filaments including Nylon 6 Carbon based filaments, if the Magigoo PA doesnt perform very well in your application, we also have Magigoo HT, which may work better in some cases. Magigoo glue reduces warping in FDM 3D printers. Warping is caused by the differential cooling of a print during a 3D printing process made up of layers. For printing Nylon reliably, apply a thin layer of Magigoo PA on your print bed before printing in nylon filaments. This will ensure a successful print. If too much glue has been lacquered on, please wipe with a damp sponge & then reapply glue.
  • FlashForge Carbon Fibre PETg Filament

    Made using PETG and High-Modulus Carbon Fiber, FlahForge PETG CF is a high strength, matted, easy to 3d print CF reinforced 3D printing filament. Carbon Fibre coupled with the higher temperature handling & stiffness of PETG presents an advantage over other PLA based carbon fibre filaments that soften at lower temperatures, since PLA will soften faster than Petg & is also weaker. This filament is ideal for anyone that desires a structural component with high modulus, excellent surface quality, dimensional stability, light weight, and ease of printing. Petg is also easier to 3d print than Nylon in some 3d printers. This filament is an excellent alternative to carbon fiber Nylon filaments in case you need lower moisture absorption, & higher stiffness compared to a Nylon based polymer. 1.75mm 1kg roll of PetG Carbon Fiber Filament Benefits of  PETG Carbon include: PETG Carbon Filament Material Properties
    • Density 1.3 g/cm³
    • Charpy impact Strength 3.91 KJ/m2
    • Tensile Strength 51 MPa
    • Glass temperature tg 75°
    • Superior Chemical Resistance vs. ABS
    • Amorphous:  Low and near isotropic, for minimal shrinkage
    • Low moisture absorption:  3X lower vs. ABS
    • Low odor emitted during printing
    • Wide processing range:  220 - 260°C