3D Printer Filaments

QIDI 3D Printer Filaments

This collection covers every 3D printer filament QIDI produces, from $16.99 everyday PLA to glass-filled PPS that deflects heat at 236°C. Every spool is standard 1.75mm and runs on any FDM machine; many carry an RFID chip that loads the right profile into your QIDI printer.

Everyday 3D Printer Filament: PLA & PETG

PLA Basic and PETG Basic anchor the range at $16.99 per kilogram. PLA Basic runs at 190–240°C on a 30–60°C bed, flows well enough to hold 250–300 mm/s, and comes from corn and potato starch. PETG Basic trades a little ease for toughness, pairing impact resistance close to ABS with resistance to water, UV, and heat for parts that live outside the enclosure.

• PLA Basic: Low odor, biodegradable, and the friendliest first spool on the shelf.
• PLA Matte Basic: A matte surface hides layer lines, and supports release cleanly from display pieces.
• PLA Silk Rapido: A silky metallic sheen at $17.99 for models meant to be seen.
• PETG Basic: Minimal warping for brackets, clips, and enclosures.
• PETG Rapido: The same toughness, tuned for stable 300 mm/s on high-speed machines.

Engineering-Grade ABS, ASA & Glass-Filled Filament

ABS and ASA handle heat and real loads, and both reward an enclosed printer with active chamber heating. ABS-GF25 adds 25% glass fiber for gears, brackets, and fixtures, and keeps flat parts flat on the bed. ASA pushes weather resistance to roughly ten times that of ABS, while ASA-CF20 Core wraps a 20% carbon-fiber core in a pure ASA skin for stiffness that holds through the Z-axis.

• ABS Rapido: $17.99 with high-speed extrusion and strong layer adhesion.
• Odorless-ABS Rapido: A low-VOC formula cuts fumes at the source; a ventilated room completes the setup.
• ABS-GF25: Rigid, dimensionally stable parts that hold tight tolerances through long runs.
• ASA: The UV-resistant choice for outdoor enclosures, mounts, and automotive trim.
• ASA-CF20 Core: A bright matte finish plus Z-axis strength for real loads.

High-Performance Composites

The top of the range targets heat, wear, and chemistry. PET-CF prints at 270–300°C and deflects heat at 155°C on an open machine. PA12-CF combines 15% carbon fiber with self-lubricating wear resistance for gears and sliding parts. UltraPA is a modified PPA nylon whose layers bond two to three times stronger than ABS. PPS-GF20 holds shape to a 236°C heat deflection temperature and carries a UL94 V-0 rating.

• PET-CF: 64 MPa of tensile strength, minimal moisture pickup, and annealing at 80–100°C for extra strength.
• PA12-CF: Enclosed printing and 77 MPa of tensile strength for high-wear industrial parts.
• UltraPA (PPA): Saturated moisture uptake runs at a fifth of standard PA6, so parts keep their dimensions.
• PPS-GF20: Resists acids, bases, fuels, and steam — a fit for chemical-contact parts and electrical housings.

Flexible & Specialty Filament

TPU95A-HF pairs 95A flexibility with a high-flow formula built for speed. TPU-Aero is a foaming TPU that comes out more than 50% lighter than standard TPU, with hardness tunable between 85A and 65A through print temperature. PEBA 95A returns over 70% of the energy it absorbs and stays flexible at -40°C. S-White Support breaks away from PA12-CF and other demanding materials by hand, and works with QIDI ABS Rapido, TPU95A-HF, TPU85A-HF, PET-GF, PET-CF, and ABS-GF25.

• TPU95A-HF: Gaskets, grips, and sleeves at 95A, tuned for faster output.
• TPU-Aero: A 0.74 g/cm³ density and a matte, fabric-like surface for cushioning and wearables.
• PEBA 95A: Rebound and cold-weather performance for sports gear, damping, and aerospace parts.
• S-White Support: Peels off by hand the moment the print finishes.