Featured image of Bambu Lab Launches PETG Matte, Promising PLA-Like Printing With PETG Durability Source: Bambu Lab
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Tough Stuff, Soft Finish

Bambu Lab Launches PETG Matte, Promising PLA-Like Printing With PETG Durability

Picture ofCarolyn Schwaar
by Carolyn Schwaar
Published Sep 30, 2026

The new filament combines a subdued finish with improved humidity resistance, easier support removal, and the toughness expected from PETG.

  • PETG Matte costs $13.99 and is available now in eight colors, including Baby Blue, Avocado Green, Pink, and Violet.
  • It’s stiffer than Bambu Lab PETG Basic with more heat resistance.
  • Drying is still recommended after 72 hours above 50% relative humidity.
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Bambu Lab just added a new material to its filament range: PETG Matte ($13.99) formulated to offer the understated surface finish of a matte filament (i.e. hiding layer lines) without giving up the practical advantages associated with PETG.

Bambu Lab wants you to think of this PETG Matte as an all-rounder rather than a specialist material. The pitch is straightforward: make PETG easier and more forgiving to print, while retaining the toughness, moisture resistance, and weather resistance that make the polymer useful for functional parts.

Bambu Lab’s new PETG Matte is available in eight colors (Source: Bambu Lab)

That combination is particularly interesting because conventional PETG can be a little temperamental: stringing, blobs, oozing, and sensitivity to absorbed moisture are familiar headaches.

Bambu says its new formulation has improved resistance to ambient humidity, which in turn is intended to reduce that stringing, clogging, and unwanted blobs during printing. The company goes as far as describing the printing experience as “PLA-like”.

That doesn’t mean PETG Matte suddenly stops caring about moisture. Bambu still recommends drying the material if it has been exposed to relative humidity above 50% for more than 72 hours. Rather, the claim is that the new material should be less troublesome during normal handling and printing than traditional PETG.

Matte by Name, Functional by Nature

Bambu Lab says it’s new PETG Matte is formulated to be as functional as any PETG (Source: Bambu Lab)

The most immediately obvious difference is, naturally, the finish.

Bambu says PETG Matte produces a smooth, low-gloss surface designed to disguise layer lines and give printed parts a more uniform appearance. At launch, the material is available in eight colors, with the company highlighting Baby Blue, Avocado Green, Pink, and Violet among the selection. We’re fans of the matte-ness of Bambu Lab’s carbon fiber PLA, but this PETG has no fiber additives.

It’s also not being marketed purely as a decorative filament.

Bambu is pitching PETG Matte for functional objects including load-bearing hooks, shelves, bathroom organizers, soap dishes, and outdoor planters. In other words, parts where PLA’s ease of printing may be attractive but greater resistance to heat, moisture, and outdoor conditions is desirable.

The company also claims the new material maintains strong interlayer adhesion despite its altered formulation.

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Supports Without the Fight?

One of the more interesting claims concerns support material.

PETG has a reputation for sticking enthusiastically to itself, which is excellent when you want strong layer adhesion, less excellent when the material forming your supports refuses to part company with the model.

Bambu says PETG Matte has been tuned to make supports easier to remove without requiring a dedicated interface material. According to the company, supports can be peeled away by hand even around steep overhangs and recessed features, while leaving a relatively clean surface behind.

If that behavior holds up across different geometries and printer settings, it could be one of PETG Matte’s more useful qualities. Being able to print functional PETG parts with complex supported features without loading a second support filament would simplify both single-material jobs and AMS workflows.

Made for the Bambu Ecosystem

As expected for one of Bambu’s own materials, PETG Matte is designed to slot directly into the company’s hardware ecosystem.

Bambu says that the filament is compatible with its printers, AMS systems, build plates, and nozzle options. Printing information is also encoded in the spool’s RFID tag, allowing a compatible AMS to identify the material and retrieve the corresponding settings automatically. That convenience remains one of Bambu’s main arguments for buying first-party filament: there’s less setup between opening a spool and starting a print.

Of course, the first thing we’d print is a temperature tower. PTEG is famous for going from matte to glossy as the temperature increases, making us wonder is this may behave the same.

PETG Matte is available now through Bambu Lab’s store. The company has also included the new material in its current filament bulk-sale program, though pricing and offers vary by region.

On paper, PETG Matte occupies an appealing middle ground. It promises the subdued surface appearance usually associated with aesthetic filaments, the relatively painless printing experience users expect from PLA, and enough PETG toughness for parts that actually have a job to do.

Whether it achieves all three without significant compromises will take independent testing to establish. But for Bambu users who liked the idea of matte PETG more than the reality of printing it, the company has clearly identified the problem it wants this spool to solve.

What the Numbers Reveal

The standout feature in the technical data sheet is that PETG Matte isn’t merely PETG Basic with a duller surface, it’s actually one the stiffest of Bambu Lab’s PETGs while also showing the high elongation before break.

That combination is the most interesting part of the data. PETG Matte posts a Young’s modulus of 3,349 MPa in XY and 3,174 MPa in Z, versus 2,780/2,550 MPa for PETG Basic and 2,460/1,340 MPa for PETG-CF. In other words, by Bambu’s own figures, Matte is substantially stiffer than even the carbon-fiber-filled variant in tensile loading.

At the same time, Matte has the highest reported breaking elongation: 13.8% in XY and 6.5% in Z. Basic comes in at 9.5%/5.2%, while PETG-CF is 10.4%/4.7%. So the Matte formulation appears, on paper, to combine greater stiffness with more stretch before failure — an unusual and potentially useful pairing.

Property Bambu Lab PETG Basic Bambu Lab PETG Matte Bambu Lab PETG-CF Prusament PETG
Composition PETG PETG PETG + carbon fiber Polyethylene terephthalate glycol copolymer
Density 1.25 g/cm³ 1.37 g/cm³ 1.25 g/cm³ 1.27 g/cm³
Nozzle temperature 230–260 °C 230–260 °C 240–270 °C 250 ± 10 °C
Bed temperature 65–75 °C 65–75 °C 65–75 °C 80 ± 10 °C
Recommended / stated print speed <200 mm/s <250 mm/s <200 mm/s Up to 200 mm/s
Drying recommendation 65 °C for 8 h 65 °C for 8 h 65 °C for 8 h Not specified in supplied TDS
Melting temperature N/A 160 °C 225 °C Not reported
Glass-transition temperature 69 °C 71 °C 68 °C Not reported
Heat-deflection temperature, 0.45 MPa 71 °C 72.3 °C 74 °C 68 °C
Water / moisture absorption 0.45% saturated
25 °C, 55% RH
0.29% saturated
25 °C, 55% RH
0.30% saturated
25 °C, 55% RH
0.07% after 24 h;
0.10% after 7 days
24 °C, 22% RH
Young’s / tensile modulus, XY or horizontal 2,780 ± 65 MPa 3,349 ± 130 MPa 2,460 ± 230 MPa 1,500 ± 100 MPa
Young’s / tensile modulus, Z or vertical 2,550 ± 100 MPa 3,174 ± 50 MPa 1,340 ± 150 MPa 1,600 ± 100 MPa
Tensile strength, XY 51 ± 1 MPa 42.9 ± 1 MPa 35 ± 5 MPa —
Tensile strength, Z 35 ± 6 MPa 30.1 ± 1 MPa 29 ± 4 MPa —
Flexural / bending modulus, XY or horizontal 1,950 ± 50 MPa 1,995 ± 20 MPa 2,910 ± 260 MPa 1,700 ± 100 MPa
Flexural / bending modulus, Z or vertical 1,740 ± 40 MPa 1,750 ± 46 MPa 1,560 ± 180 MPa 1,600 ± 100 MPa
Flexural / bending strength, XY or horizontal 75 ± 3 MPa 65 ± 2.5 MPa 70 ± 5 MPa 66 ± 2 MPa
Flexural / bending strength, Z or vertical 56 ± 4 MPa 47 ± 2.3 MPa 48 ± 4 MPa 70 ± 1 MPa
Notched Charpy impact Not separately reported Not separately reported 15.7 ± 1.6 kJ/m² reported for XY 6 ± 1 kJ/m² horizontal;
3 ± 1 kJ/m² vertical xz
Manufacturer-supplied technical data. Testing methods, print conditions, specimen orientation, and reported properties differ between Bambu Lab and Prusa, so cross-brand figures should not be treated as strictly like-for-like.

A note on the numbers: These figures are useful for comparing materials, but they are not all directly interchangeable. Bambu Lab and Prusa use different specimen orientations, printing conditions, and in some cases different reported properties. In particular, Prusa reports tensile yield strength rather than the tensile-strength figure reported in Bambu Lab’s sheets, while its moisture-absorption measurements use different environmental conditions.

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About the Author:
Carolyn is All3DP’s senior editor and a journalist with 25+ years covering business and technology. Passionate about making tech accessible, her work also appears on Forbes.com.
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