PETG

PETG Fuchsia Pink Polyethylene terephthalate glycol-modified Red PETG is a mechanically strong material, resistant up to about 80 degrees, a little more difficult to print than PLA (more difficult to disassemble supports), more difficult to finish a product. This material is better known for its use in the beverage bottle industry, due to its toughness and breakability properties (more than PLA or ABS) and its specific gravity is light. This filament is odorless in the work process, due to its strength and stability in the printing process PET-G can be used to build unsupported models, which it is able to handle relatively easily. Fuchsia Pink PETG Printing Temperature: 230-250 degrees to the printer head (nozzle) Work surface temperature – 70-85 degrees Additionally, the fan should be turned down to 50% or turned off completely to prevent nozzle clogging (depending on the printer).

Pink PETG Polyethylene terephthalate glycol-modified Red PETG is a mechanically strong material, resistant up to about 80 degrees, a little more difficult to print than PLA (more difficult to disassemble supports), more difficult to finish a product. This material is better known for its use in the beverage bottle industry, due to its toughness and breakability properties (more than PLA or ABS) and its specific gravity is light. This filament is odorless in the work process, due to its strength and stability in the printing process PET-G can be used to build unsupported models, which it is able to handle relatively easily. Pink PETG printing temperature: 230-250 degrees to the printer head (nozzle) Work surface temperature – 70-85 degrees Additionally, the fan should be turned down to 50% or turned off completely to prevent nozzle clogging (depending on the printer).

Purple PETG Polyethylene terephthalate glycol-modified Mechanically strong material, durable up to 80 degrees, a little harder to print than PLA (harder to disassemble supports), harder to finish a product. This material is better known for its use in the beverage bottle industry, due to its toughness and breakability properties (more than PLA or ABS) and its specific gravity is light. This filament is odorless in the work process, due to its strength and stability in the printing process PET-G can be used to build unsupported models, which it is able to handle relatively easily. Printing temperature: 230-250 degrees to the printer head (nozzle) Work surface temperature – 70-85 degrees Additionally, the fan should be turned down to 50% or turned off completely to prevent nozzle clogging (depending on the printer).

Polyethylene terephthalate glycol-modified Mechanically strong material, durable up to 80 degrees, a little harder to print than PLA (harder to disassemble supports), harder to finish a product. This material is better known for its use in the beverage bottle industry, due to its toughness and breakability properties (more than PLA or ABS) and its specific gravity is light. This filament is odorless in the work process, due to its strength and stability in the printing process PET-G can be used to build unsupported models, which it is able to handle relatively easily. Printing temperature: 230-250 degrees to the printer head (nozzle) Work surface temperature – 70-85 degrees In addition, the fan must be weakened to 50% or completely turned off in order to prevent clogging of the nozzle (depending on the printer).

Yellow PETG Polyethylene terephthalate glycol-modified Mechanically strong material, durable up to 80 degrees, a little harder to print than PLA (harder to disassemble supports), harder to finish a product. This material is better known for its use in the beverage bottle industry, due to its toughness and breakability properties (more than PLA or ABS) and its specific gravity is light. This filament is odorless in the work process, due to its strength and stability in the printing process PET-G can be used to build unsupported models, which it is able to handle relatively easily. Printing temperature: 230-250 degrees to the printer head (nozzle) Work surface temperature – 70-85 degrees Additionally, the fan should be turned down to 50% or turned off completely to prevent nozzle clogging (depending on the printer).