IAMU 500mm x 500mm x 5mm Borosilicate Glass Build Plate/Bed for 3D Printer Platform

IAMU Borosilicate Glass Build Plate

IAMU Borosilicate Glass Build Plate is made up of 100% borosilicate glass and is compatible with all FDM (heated or non-heated) 3D printers. It is durable, offers excellent adhesion to the most widely used filaments, and is easy to install.

Categories: Accessories, Build Platforms

Description
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Description

IAMU Borosilicate Glass Build Plate is made up of premium quality Borosilicate glass. It is heat resistant and can withstand frequent temperature fluctuations that a printer goes through while printing.

The IAMU Borosilicate Glass Build Plate is easy to clean. Do not use organic solvents to clean the surface as they would damage its coating and affect its adherence property.

The IAMU Borosilicate Glass Build Plate offers excellent adhesion to the most widely used filaments including PLA, ABS, PETG, etc. Not only that, this build surface allows effortless removal of the 3d models at the end of printing.

Technical Specifications:

Brand: IAMU
Color: Black
Size:500mm x 500mm x 5mm
Compatible Printers: All FDM 3D Printers

FAQs:

Is a Borosilicate glass build surface good for 3d printing?

Undoubtedly yes. A borosilicate glass is chemical resistant, durable, and offers excellent adhesion to widely-used filaments. Moreover, it is heat-resistant and does not warp due to frequent temperature fluctuations and you also offer bubble-free installation.

What is considered the best build surface material for 3d printers?

Polypropylene is considered one of the best materials to be used for 3d build surfaces. It is a plastic-based material and offers excellent adhesion to all plastic filaments. It is used to print PLA, ABS, PETG, PP, etc.

What is the maximum temperature tolerance range for the different types of filament materials?

There are 7 types of filaments widely used in most of the 3d printers, their temperature requirements are listed here: PLA:50-70ºC, Flexible filament: 50-70ºC, ABS:100-125º, PC:100-130ºC, Nelon:90-120ºC, PP:100-130ºC, and PETG: 50-70ºC.