Bambu Lab PPS-CF Black

# Bambu Lab PPS-CF 1.75mm 1kg Filament – Carbon Fiber Reinforced Polyphenylene Sulfide Black (76100)

Step into the absolute peak of extreme-tier additive manufacturing and replace heavy metal alloys with advanced, carbon fiber-reinforced semi-crystalline polymers. Bambu Lab PPS-CF Black (76100) represents the highest echelon of industrial technical lines, engineered specifically for industrial workshops, chemical processing plants, and advanced engineering laboratories in Bangladesh. By combining an inherently fire-resistant polyphenylene sulfide backbone with premium carbon fiber reinforcement, this elite material provides unyielding rigidity in environments that would instantly destroy standard engineering nylons or polycarbonates.

Ultimate Chemical Resistance & Zero Tropical Moisture Absorption

Traditional engineering plastics turn soft, swell, or dissolve when exposed to industrial solvents, fuels, oils, or aggressive acids. Bambu Lab PPS-CF features a highly resilient molecular matrix that is fundamentally insoluble in almost all known chemical solutions at temperatures below 200°C. Furthermore, its water absorption rate is practically zero. This unmatched hydrolytic stability means your printed components maintain absolute dimensional tracking, structural load capacity, and electrical isolation properties even when permanently exposed to corrosive fuels or submerged across Bangladesh’s intensely humid monsoonal fields.

Inherent Flame Retardancy & Over 200°C Intense Heat Deflection

Where safety-critical electronics brackets or under-hood automotive setups require absolute fire protection, PPS-CF sets the gold standard. It boasts an inherent UL94-V0 flame retardancy without relying on volatile chemical additives that wash away over time. Combined with an incredible heat deflection temperature (HDT) that scales up to 200°C and beyond when properly post-cured, this material easily retains its shape and structural integrity under blistering exhaust heat, localized electrical shorts, or high-pressure chemical washdowns.

High-Modulus Skeletal Reinforcement & Elite Creep Resistance

When high-load assemblies must withstand relentless, long-term physical tension or intense structural torque, ordinary plastics suffer from "creep" and gradually deform. PPS-CF anchors a dense network of high-modulus carbon fiber strands into its crystalline network to build a rigid internal skeletal architecture. This structural matrix minimizes thermal shrinkage and delivers extreme flexural modulus, allowing you to deploy lightweight, heavy-duty manufacturing fixtures, custom oil-line manifolds, and high-vibration aerospace links that show zero deflection under permanent mechanical load.

Smart RFID Profile Sync via Native System Recognition

Skip the exhausting trial-and-error of manually calibrating extreme technical settings, fine-tuning precise volumetric flow caps, and mapping out structural cooling curves. The material spool features an embedded RFID material tracking chip. The moment it is safely loaded, the system instantly pushes the optimized high-temperature PPS-CF configuration profile directly into Bambu Studio or Orca Slicer, setting up the exact high-temperature hotend tracks and enclosed chamber targets required for a flawless plug-and-play start.

Technical Specifications

• Parameter & Specification Detail

Brand & Series

• Bambu Lab PPS-CF (Ultra-Industrial Carbon Fiber Polyphenylene Sulfide Series)

Color Variant

• Black / Industrial Carbon Matte Black (Color Code: 76100)

Filament Diameter

• 1.75 mm (Dimensional Tolerance: ±0.03 mm)

Net Weight

• 1.0 kg (2.2 lbs) Spool / Refill

Nozzle Temperature

• 290°C – 320°C (Enclosed high-temperature all-metal hotend required)

Bed Temperature

• 80°C – 110°C (Enclosed high-temperature build enclosure absolutely mandatory)

Nozzle Requirement

• 0.4mm or larger HARDENED STEEL REQUIRED (Standard brass nozzles will destroy instantly)

System Compatibility

• High-temperature enclosed industrial FDM 3D printers