🧩 PLA+ProtoPasta – Carbon Fiber PLA (Proto-Pasta®)

(Carbon fiber reinforced biodegradable material designed for high-precision technical applications. Proto-Pasta® Carbon Fiber PLA combines PLA stiffness with the toughness and low weight of carbon fiber, resulting in a highly stable material.)

🔹 What is PLA+ProtoPasta

PLA+ProtoPasta is a technical bio-based compound made of Polylactic Acid (PLA) and 5–20% micronized carbon fiber. At ReplastMD, we treat this as a high-performance aesthetic material. It produces a rigid, dimensionally stable plastic with a professional matte finish and low weight. While it is partially biodegradable, its reinforcement makes it a structural powerhouse for interior automotive components.

🔧 Composition & Properties

• Polymer Base: Bio-Polylactic Acid (PLA).
• Reinforcement: Micronized carbon fiber (5–20%).
• Density: 1.20 – 1.25 g/cm³.
• Melting Point: 190 – 220 °C.
• Operating Range: –10 °C to +130 °C.
• Chemical Resistance: Good (oils, alcohol, mild solvents).

🚗 Where PLA+ProtoPasta is used in the automotive industry

Component	Example parts	Observations
Rigid Covers & Plates	Inserts, trim, handles	Extremely rigid and lightweight
Mounts & Brackets	Clips, consoles, brackets	Dimensional precision, no warping
Auto Prototypes	3D printed housings, fitment tests	Technical matte aesthetic
Interior Accents	Custom panels, decorations	Carbon-matte texture, deep black

🔧 Welding Temperature and Methods

Method	Compatibility	Observations
Hot Air	❌ Cannot be welded	Carbon inhibits uniform melting/bonding
Heat Plate (Mirror)	❌ Impossible	Rigid material, does not melt cleanly
Manual Extrusion	❌ N/A	Locally decomposes/burns above 200 °C
Epoxy Bonding	✅ Recommended	Structural epoxy or cyanacrylate adhesives

💡 ReplastMD Recommendation: PLA+ProtoPasta does not weld thermally because the carbon fiber prevents proper melt cohesion. We recommend structural epoxy bonding, carbon fiber resin reinforcement, or mechanical fastening for all repairs.