Bambu Lab PPS CF Filament 0.75KG 1.75mm

Bambu Lab PPS CF Filament 1.75mm 0.75KG – Ultra-High Temperature Carbon Fiber Reinforced

Bambu Lab PPS CF is an ultra-high performance carbon fiber reinforced filament featuring extreme heat resistance, top-tier flame retardancy, and exceptional mechanical properties. With continuous use temperature up to 200°C and chemical resistance to oils, fuels, and solvents, this material is designed for demanding industrial applications where no other filament can perform.

Important: PPS CF requires X1E or H2 Series (H2D, H2S, H2C) printers with hardened nozzles. AMS and AMS Lite are NOT compatible. Must be dried before use.

Bambu Lab PPS CF Key Features

• Ultra-High Heat Resistance – Continuous use up to 200°C, maintains strength under extreme heat
• Top-Tier Flame Retardancy – Naturally flame-resistant for safety-critical applications
• Peerless Mechanical Properties – Carbon fiber reinforcement for exceptional rigidity and strength
• Chemical Resistance – Withstands oils, fuels, and harsh solvents
• Ultra-Low Moisture Absorption – Consistent results even in humid conditions
• Eco-Friendly Cardboard Spool – Recyclable and durable packaging

Bambu Lab PPS CF Printing Parameters

PPS CF vs Other Engineering Filaments

PPS CF Applications

• Automotive Components – Under-hood parts, heat shields, fuel system components
• Aerospace Parts – High-temperature structural components
• Industrial Equipment – Chemical processing, pump components
• Electronics Housings – Flame-retardant enclosures
• Medical Devices – Sterilizable components
• Oil & Gas – Chemical-resistant parts for harsh environments

PPS CF Printing Tips

1. X1E, H2D, H2S, or H2C Required – Only these printers can reach the required temperatures.
2. Always Dry First – Essential for print quality; follow drying guidelines.
3. Hardened Nozzle Only – Carbon fiber is abrasive; avoid brass and stainless steel.
4. No AMS – Feed directly; AMS and AMS Lite are not compatible.
5. Ventilation – Ensure good airflow when printing at high temperatures.

Bambu Lab PPS CF Specifications

Bambu Lab PPS CF FAQ

Q: Can I print PPS CF on X1 Carbon or P1 series?
A: No, PPS CF requires nozzle temperatures of 310-340°C which only X1E, H2D, H2S, and H2C can achieve. Other Bambu Lab printers cannot reach these temperatures.

Q: Why is PPS CF not compatible with AMS?
A: PPS CF requires specialized handling and direct feed to maintain consistent extrusion at ultra-high temperatures. The AMS system is not designed for these extreme conditions.

Q: Is PPS CF really heat resistant to 200°C continuously?
A: Yes, PPS CF can withstand continuous use at 200°C, making it suitable for automotive under-hood applications and other high-temperature environments.

Q: What nozzle should I use for PPS CF?
A: Use hardened steel nozzles (0.4mm or larger). Brass wears quickly and stainless steel is not recommended. 0.2mm nozzles are not compatible.

Q: Does PPS CF need to be dried before every print?
A: While PPS CF has ultra-low moisture absorption, drying before printing ensures optimal results. Follow Bambu Lab’s drying guidelines.

Related Products

Looking for other engineering or carbon fiber filaments? Explore our collections:

• Carbon Fiber Filaments – More CF options
• Engineering Filaments – High-performance materials
• All Bambu Lab Filaments – Browse full range
• High Temperature Filaments – Heat-resistant options