Bambu Lab H2C · H2S · P2S

Materials We Print With

Every material below is printable on our Bambu Lab fleet — no guesswork. Select any material name for researched applications, limitations, printing notes, and sources. Not sure? Describe what your part needs to do and we'll recommend the right material.

Get a Same-Day Quote Explore Material Uses

Standard & Engineering Filaments

The core lineup — covers the majority of fixtures, enclosures, prototypes, and functional parts. PLA through PPA covers a wide range of mechanical and thermal demands.

Material	Tensile Str. (MPa)	Elongation (%)	Flexural Str. (MPa)	Impact Res. (kJ/m²)	HDT (°C)	Max Cont. (°C)	Chem. Resist.
PLA	50–65	3–6	80–95	3–5	52–60	50–60	Poor
PETG	45–55	50–150	70–85	5–8	70–80	70–75	Good
ABS	40–50	5–20	70–90	8–15	90–100	80–90	Fair
ASA	45–55	10–30	75–95	10–20	95–105	85–95	Fair-Good
TPU (flexible) Flexible	25–45	300–600	N/A	No break	60–70	70–80	Good
PC Polycarbonate	55–65	80–120	85–100	30–50	130–140	110–130	Fair
PA (Nylon)	50–70	30–100	70–90	7–15	60–80	100–120	Good
PET	50–70	50–100	80–110	5–10	60–80	65–85	Good
PPS High-performance	65–80	1–2	120–140	3–5	200–220	200–220	Excellent
PPA High-performance	90–100	2–4	130–160	5–8	140–200	140–180	Excellent

HDT = Heat Deflection Temperature under load. Max Continuous Use = sustained operating temperature. Chemical Resistance reflects general compatibility with common industrial fluids — consult datasheet for specific chemical exposure. Values represent typical ranges for FDM-printed parts; exact properties vary with print settings and orientation.

Carbon & Glass Fiber Reinforced

Short-fiber reinforced materials. Significantly higher stiffness, strength, and heat resistance than their base counterparts. Fiber reinforcement does not significantly change the base polymer's chemical resistance.

Material	Tensile Str. (MPa)	Elongation (%)	Flexural Str. (MPa)	Impact Res. (kJ/m²)	HDT (°C)	Max Cont. (°C)	Chem. Resist.
PLA-CF Carbon fiber	70–90	1–2	110–130	2–4	58–65	55–65	Poor
PETG-CF Carbon fiber	65–80	2–5	90–110	3–6	75–85	72–82	Good
ABS-GF Glass fiber	60–75	2–5	100–120	5–8	100–110	85–100	Fair
ASA-CF Carbon fiber	60–75	1–3	95–115	4–8	100–112	90–105	Fair-Good
PA6-CF Carbon fiber	100–160	2–5	150–200	8–14	180–210	150–175	Good
PA6-GF Glass fiber	130–160	3–5	180–220	10–18	210–225	160–185	Good
PET-CF Carbon fiber	80–120	2–4	130–160	4–8	100–130	90–120	Good
PET-GF Glass fiber	100–130	2–4	140–175	5–10	120–140	100–130	Good
PC-CF Carbon fiber	80–100	2–5	120–150	15–25	140–155	120–140	Fair
PPA-CF Carbon fiber	150–200	1–3	200–260	6–12	250–290	180–230	Excellent
PPA-GF Glass fiber	140–185	1–3	190–250	8–15	250–285	175–225	Excellent
PPS-CF Carbon fiber	130–180	1–2	180–240	3–6	220–260	200–240	Excellent
PPS-GF Glass fiber	120–160	1–2	170–220	4–8	215–255	195–235	Excellent

CF = carbon fiber reinforced. GF = glass fiber reinforced. Fiber-reinforced materials have lower elongation and may be more brittle in thin cross-sections — factor this into part geometry. HDT and strength values shown are for printed parts, not raw material spec sheets.

Support & Soluble Materials

Support materials enable complex geometries — internal cavities, overhangs, and enclosed channels that would otherwise be unprintable. Soluble supports dissolve in water; breakaway supports are mechanically removed.

Material	Description	Removal
PVA	Water-soluble support for PLA/PETG	Water
BVOH	Water-soluble support; broader material compatibility	Water
Support for PLA	Breakaway support for PLA prints	Mechanical removal
Support for PLA/PETG	Breakaway support for PLA and PETG prints	Mechanical removal
Support for ABS	Breakaway support for ABS prints	Mechanical removal

Soluble supports (PVA / BVOH)

Best for parts with internal channels, trapped geometry, or fine detail where mechanical removal would damage the surface. The support dissolves completely in water — no marks left behind.

Breakaway supports

Faster and lower-cost for external overhangs and bridging. Snaps away cleanly with minimal post-processing. Works with a wider range of print materials than soluble options.

Ready to get a part made?

Same-day quotes and no minimum order quantity. Many straightforward jobs can be completed within 24–48 hours when the required machine and material are available; larger orders and more complex prints may take longer.

Request a Quote