Brahma lab High Speed Matte PETG...

Price: ₹1,999 - ₹1,099.00
(as of Apr 22, 2026 06:42:05 UTC – Details)


Brahma Lab Premium High Speed Matte PETG 3D Printer Filament is engineered for reliable, high-speed 3D printing with a refined matte surface finish. Designed for consistency and ease of use, this PETG filament combines strength, flexibility, and thermal stability, making it suitable for functional parts, prototypes, and aesthetic models. The matte finish helps reduce visible layer lines and surface gloss, resulting in clean, professional-looking prints. With precise diameter control and minimal ovality, the filament feeds smoothly through extruders and supports stable extrusion even at higher print speeds. Brahma Lab High Speed Matte PETG offers good layer adhesion, reduced warping, and strong interlayer bonding. It prints with lower odor compared to ABS and provides improved toughness over PLA, making it suitable for both home and professional 3D printing applications.
High-Speed Performance – Optimized for fast printing up to 600mm/s, especially with Bambu Lab and CoreXY 3D printers. It maintains dimensional accuracy, even at high speeds.
Smooth Matte Finish – The filament creates a premium matte surface that reduces glare and hides layer lines. This makes your prints look clean and professional.
Strong and Flexible – Offers 48 MPa tensile strength and 33% elongation at break. As a result, your parts are both durable and impact-resistant.
Heat and Chemical Resistant – Withstands temperatures up to 70°C. Also shows good resistance to alcohols, weak acids, and weak bases—ideal for industrial applications.
Consistent Extrusion – Thanks to its 4.4g/10min melt flow rate, the filament extrudes smoothly. Additionally, it reduces stringing and improves layer adhesion.
Electrical & Flame Properties – Rated UL94 HB for flame resistance. Also features high volume resistivity (10¹⁴ ohm-cm), making it suitable for non-critical electronics.
Low Warping – For optimal results, print in a sealed enclosure. Also, apply glue on the bed and maintain 90–100°C platform temperature.