High Gloss PP PETG Filament 3mm , RepRap MakerGear 3d Printer Consumables

Delivery Time:1-15 Days
Certification:SGS Rohs

3D Printer Consumable 3d Printing Materials1.75/3.0mm  Petg Filament

Description:

PETG filament is a polyester mixed plastic which has great rigidity, toughness and high performance all around.

It carries the same stiffness of PLA, while being stronger than PET. Also, PETG filaments are approved for food contact and are 100% BPA Free.

A great characteristic of PETG filaments is their ability to be used under a wide temperature range and still perform ideally, making this a great filament for novices as well.

Quick Detail:

Product Name	3D Printer Filament
Material	PETG
Color	transparent, natural
Filament Diameter	1.75mm /3mm
Spool Capacity	1kg / Piece
Shipping Item	6-15 working days after payment confirmed

Features:

Excellent transparency and high gloss surface High impact resistance, similar to poly carbonate Ductile Good chemical resistance Complies with FDA standard USA, suitable for food contact Reduces sound transmission Sterillsable Recyclable Thermal stability Easily welded, like PVC

Specification:

Color : Red,Blue,orange,yellow,black,grey,white,grey,gold,silvery (Optional) Diameter: 1.75mm, 3mm High Precision: 0.01mm. Roundness: 0.01mm Constant Extrusion Temperature: 175-200(PLA), 210-250(ABS), 210-230(HIPS), 160-175(PVA) Appropriate Stickiness, No First-layer Problem The Filament Extrudes Precisely for Fast Printing and Constant Layering Filament Comes in A Light Spool, in A Sealed Package with A Bag of Desiccant Compatible with Most 3D Printers such as RepRap, MakerBot, Ultimaker, UP, MakerGear etc Vivid Colors&Many Options

Factory product prograss:

3D Printing Tip

8 effective ways to avoid warping and curling

Use a heated build platform.

A heated build platform helps keep the lowest levels of a print warm as the higher layers are printed.  This allows the overall print to cool more evenly.

Print with a raft.

Rafts are a printing option in ReplicatorG and Skeinforge.

Calibrate your starting Z height.

A good first layer makes all the difference.  If your starting Z axis height is too high, the extruded filament won’t be able to make a good bond with the platform.  If you think your Z axis starting height is too high, try lowering it by 0.05mm increments until you find a good first layer.

Get the right build surface. Clean your build surface. Print slower.

Printing slower allows finer detail, better adhesion to the build surface and lower layers, and gives the printed part more time to cool evenly.

Print cooler.

Printing at a lower temperature isn’t always an option.  Ideally, you should be printing at the lowest temperature required for extrusion and that allows good interlayer adhesion.

Reduce infill.

When printing a model you can chose to print it hollow, completely solid, or some percentage between zero and 100. By reducing infill there will a reduced amount of internal tension as the object cools, which can help reduce curling and warping as well.