Bambu Lab PPA CF 3D printer filament, 1.75mm, 0.75kg spool.

Bambu PPA-CF 3D printer filament, metal-like strength, high temp performance

Bambu Lab PPA-CF filament, metal-like strength.

shows a car mirror maybe, but the product is PPA-CF filament

Bambu Lab PPA-CF filament: Stable in humid conditions

Bambu Lab PPA CF Filament 1.75mm 0.75kg - Material Properties & Printing Settings

Bambu Lab PPA CF Filament 1.75mm 0.75kg

Price range: RM699.00 through RM929.00

Key Specifications
Specific Requirement	Enclosed Printer & Drybox
Printing Temperature	280–310 ºC
Bed Temperature	100–120 ºC
Printing Speed	< 100 mm/s
Chamber Temperature	50–80 ºC
Density	1.25 g/cm³
Heat Distortion Temperature	196 ºC (1.8 MPa)
Melt Flow Index	8.4 ± 0.7 g/10 min (280 ºC, 2.16 kg)
Tensile Strength	168 ± 4 MPa
Elongation at Break	3.2 ± 0.4 %
Flexural Strength	208 ± 6 MPa
Flexural Modulus	9860 ± 480 MPa
Impact Strength	41.7 ± 2.8 kJ/m²

Order Info

Order will be shipped out from our KL warehouse in 1-3 business days once being processed.
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SKU: BAMBULAB-FILAMENT-PPACF Categories: Materials, Special / Technical Tag: Bambu Lab Brand: Bambu Lab

Bambu Lab PPA CF Filament 1.75mm 0.75kg – High-Temperature Carbon Fiber Reinforced

Bambu Lab PPA CF Filament 0.75kg

Bambu Lab PPA CF is a premium high-temperature carbon fiber reinforced filament offering exceptional heat resistance up to 227°C, superior chemical resistance, and metal-approaching strength. This engineering-grade material is 48% stronger and 102% stiffer than standard PA6-CF, making it ideal for demanding industrial applications.

With its excellent humidity resistance (66% lower moisture absorption than PA6-CF), PPA CF maintains dimensional stability in harsh environments including underwater applications. Perfect for automotive, aerospace, and chemical-resistant applications.

Bambu Lab PPA CF Key Features

227°C Heat Resistance – Exceptional thermal stability
48% Stronger – Than standard PA6-CF
102% Stiffer – Superior rigidity
Chemical Resistant – Acids, alkalis, organic solvents
Low Moisture Absorption – 66% less than PA6-CF
Carbon Fiber Reinforced – Enhanced mechanical properties

Bambu Lab PPA CF Heat Resistance

Bambu Lab PPA CF Printing Parameters

Parameter	Recommended Value	Notes
Nozzle Temperature	280-310°C	High temp required
Bed Temperature	90-110°C	High temp bed needed
Chamber Temperature	50-80°C	Enclosure required
Nozzle Type	Hardened Steel Required	Carbon fiber is abrasive
Print Speed	40-80mm/s	Moderate speed

Bambu Lab PPA CF Mechanical Properties

Printer Requirements

PPA CF Printer Requirements:

Compatible Printers – Bambu Lab P1S, X1C, X1E
Hardened Steel Nozzle – Essential for CF materials
Enclosed Chamber – Required for warping prevention
High-Temp Hotend – 280-310°C capability
Drying Required – 100-140°C for 8-12 hours

Bambu Lab PPA CF Applications

PPA CF vs PA6-CF Comparison

Property	PA6-CF	PPA CF
Heat Resistance	~150°C	227°C
Strength	Baseline	+48%
Stiffness	Baseline	+102%
Moisture Absorption	Baseline	-66%

Bambu Lab PPA CF Durability

Bambu Lab PPA CF Applications

Automotive – Sensor housings, mirror brackets, engine bay components
Aerospace – Lightweight structural components
Drones & Robotics – Propellers, gear joints, frames
Electronics – High-precision connectors, housings
Chemical Equipment – Acid/alkali resistant parts
Industrial Tooling – Jigs, fixtures, end-use parts

Bambu Lab PPA CF Printing

Bambu Lab PPA CF Specifications

Brand	Bambu Lab
Material	PPA CF (Carbon Fiber Reinforced PPA)
Diameter	1.75mm
Net Weight	0.75kg per spool
Heat Deflection	227°C
Drying Temp	100-140°C for 8-12 hours
Annealing Temp	120-140°C for 6-12 hours

Bambu Lab PPA CF Package

Bambu Lab PPA CF

Bambu Lab PPA CF FAQ

Q: What printers can use PPA CF?
A: Compatible with Bambu Lab P1S, X1C, and X1E. Requires enclosed chamber and hardened steel nozzle. Not compatible with open-frame printers.

Q: Do I need to dry PPA CF before printing?
A: Yes, always. Dry at 100-140°C for 8-12 hours before printing. PPA CF is hygroscopic and will absorb moisture, affecting print quality.

Q: Is PPA CF worth the premium price?
A: For applications requiring extreme heat resistance (227°C), chemical resistance, or metal-approaching strength, yes. For general prototyping, consider PA6-CF instead.