Filamento PETG básico gris hierro de 1 kg
Normalmente está listo en 24 horas
Recogida disponible, normalmente está listo en 24 horas
1830 E Centerton Blvd
Bentonville AR 72712
Estados Unidos
UltraDry™ Filamento PETG básico gris hierro de 1 kg Description
Gris Hierro Básico
Fuerte, fresco y con un refinamiento industrial: el Gris Hierro Básico ofrece un tono denso con tintes metálicos que aporta a cualquier modelo una presencia limpia y técnica. Suave, uniforme y perfecto para los creadores que buscan un tono neutro más oscuro que permita impresiones nítidas, duraderas y con una estética moderna y segura.
Secado en fábrica. Listo para imprimir.
Cada bobina se seca y sella en fábrica mediante nuestro proceso UltraDry™ para lograr una extrusión sin burbujas, paredes limpias y un rendimiento predecible: sin problemas de humedad, sin desperdicio de filamento y sin impresiones fallidas.
Por qué el PETG de PETGUSA ofrece un mejor rendimiento
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Control de humedad UltraDry™ que garantiza una extrusión estable y un acabado superficial perfecto
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Fórmula DryFusion™ que proporciona una unión de capas más fuerte y un flujo más fluido
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Mezcla de PETG de alta resistencia para piezas funcionales y duraderas
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Tolerancia dimensional ajustada para un flujo estable a altas velocidades
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Color vivo y preciso que se mantiene fiel en todas las tiradas de producción
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Fórmula de baja deformación ideal para impresoras cerradas o abiertas
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Excelente adhesión entre capas sin sacrificar el detalle
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Optimizado para grandes operaciones de impresión industrial
Perfecto para piezas funcionales, soportes, carcasas, cosplay, componentes de radiocontrol, organizadores e impresiones cotidianas que requieren resistencia sin la fragilidad del PLA.
Filamento PETG de primera calidad diseñado para creadores que exigen fiabilidad.
Cada bobina viene secada en fábrica con UltraDry™ y sellada para una extrusión consistente y sin burbujas, lo que le brinda paredes lisas, una fuerte adhesión entre capas y un rendimiento predecible en cada impresión.
Si busca un filamento que imprima de forma limpia, resistente y a la primera, este es el suyo.
Uno o varios modelos que aparecen en esta foto de producto han sido diseñados por creadores de la comunidad.
Colecciones exclusivas de PETG
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Printer Compatibility
UltraDry™ filaments are engineered for maximum reliability across nearly all commercially available FDM 3D printers that use 1.75 mm filament. Thanks to DryFusion™ zero‑moisture processing, UltraDry™ materials deliver consistent extrusion, strong layer bonding, and reduced stringing across open‑frame, enclosed, and CoreXY systems.
Universal Compatibility: Works with any 1.75 mm printer capable of:
- 240–260°C nozzle temperature (varies by material)
- 70–90°C heated bed
- Standard PETG flow rates
| Printer Model | Compatibility | Notes |
|---|---|---|
| Bambu A1 | Fully compatible | Excellent PETG performance |
| Bambu P1P | Fully compatible | Enclosure optional |
| Bambu P1S | Fully compatible | Mild enclosure heat improves consistency |
| Bambu X1C | Fully compatible | High‑speed PETG capable |
| Prusa MK3S+ | Fully compatible | Standard PETG profile works |
| Prusa MK4 | Fully compatible | High‑speed PETG supported |
| Ender 3 V2 | Compatible w/ conditions | Use enclosure or draft shield |
| Ender 3 S1 | Compatible w/ conditions | Direct drive recommended |
| Creality K1 | Fully compatible | High‑speed PETG capable |
| Elegoo Neptune 4 | Fully compatible | High flow rates supported |
| Elegoo Neptune 4 Pro | Fully compatible | Best with 0.4–0.6 mm nozzle |
| Anycubic Kobra 2 | Fully compatible | Use 240–250°C nozzle |
| Anycubic Kobra Max | Fully compatible | Large prints benefit from enclosure |
| Sovol SV06 | Fully compatible | Direct drive ideal |
| Sovol SV07 | Fully compatible | High‑speed PETG capable |
| Flashforge Adventurer 4 | Fully compatible | No special requirements |
| Raise3D E2 | Fully compatible | Excellent dimensional accuracy |
| Qidi X‑Plus 3 | Fully compatible | High‑speed PETG supported |
| Qidi X‑Smart 3 | Fully compatible | No special requirements |
| Voron 2.4 | Fully compatible | Chamber heat improves bonding |
Recommended Print Settings
- Nozzle Temperature: 240–260°C (material‑dependent)
- Bed Temperature: 70–90°C
- Cooling: 20–60%
- Nozzle Size: 0.4 mm recommended; 0.6 mm for high‑flow
- Nozzle Material: Brass for standard PETG; hardened steel for abrasive materials
- Bed Surface: PEI textured or smooth
- Adhesion: Brim recommended for large parts
- Retraction: 0.6–1.2 mm (direct drive), 2–3 mm (Bowden)
- Flow Rate: 100–103%
Drying Recommendations (UltraDry™ Filaments)
- Drying Required: Not required before first use
- Factory Moisture Level: Up to 4× lower moisture than typical PETG
- Optional Refresh Cycle: 55–60°C for 2–3 hours if exposed long‑term
- Why: UltraDry™ starts at true zero‑moisture using DryFusion™ processing
Material‑Specific Adjustments
Transparent PETG
- Increase nozzle temperature by +5–10°C
- Slow outer walls to 20–35 mm/s
- Cooling 30–40%
- Use enclosure when available
- Use 4–6 perimeters for clarity
- Avoid gyroid infill for optical parts
Silk PETG
- Reduce print speed for best gloss
- Increase cooling to 40–60%
- Reduce retraction slightly
- Slower outer walls improve sheen
Metallic PETG
- Increase nozzle temperature by +5°C
- Reduce retraction to avoid pigment clogs
- Cooling 30–50%
- Slower outer walls improve metallic sheen
- Hardened nozzle recommended for heavy metallic blends
Matte PETG
- Reduce retraction speed by 10–20%
- Slower outer walls for uniform matte finish
- Cooling 30–50%
Shimmer / Sparkle PETG
- Increase nozzle temperature by +5°C
- Reduce retraction to avoid particle snags
- Cooling 30–50%
- Slower outer walls improve shimmer uniformity
- Hardened nozzle recommended for heavy sparkle blends
LightFX / Diffusion PETG
- Increase nozzle temperature by +5°C
- Cooling 30–40%
- Slower outer walls for even diffusion
- Works best with thicker walls
- Avoid high fan speeds
Rainbow / Multicolor PETG
- Slower speeds improve color transitions
- Cooling 30–50%
- Best results on taller prints
Carbon Fiber PETG
- Hardened steel or ruby nozzle required
- Cooling 20–40%
- Reduce retraction by 10–20%
- Slower outer walls improve consistency
- Matte finish expected
Glass Fiber PETG
- Hardened steel nozzle required
- Cooling 20–40%
- Moderate speeds improve dimensional accuracy
- Higher rigidity and heat resistance
Flame Retardant PETG
- Increase nozzle temperature by +5–15°C
- Cooling 20–40%
- Slower speeds improve layer adhesion
- FR additives increase viscosity and require more heat
Material Safety & Compliance
All PETGUSA filaments are independently tested by ANPU Testing (Shenzhen) and fully comply with EU RoHS Directive 2011/65/EU + (EU) 2015/863. No restricted heavy metals, flame retardants, or phthalates were detected in any sample.
| Substance | Result | Limit | Method |
|---|---|---|---|
| Lead (Pb) | Not Detected | 1000 mg/kg | IEC 62321-5 |
| Cadmium (Cd) | Not Detected | 100 mg/kg | IEC 62321-5 |
| Mercury (Hg) | Not Detected | 1000 mg/kg | IEC 62321-4 |
| Hexavalent Chromium (Cr⁶⁺) | Not Detected | 1000 µg/cm² | IEC 62321‑7‑2 |
| PBBs (Polybrominated Biphenyls) | Not Detected | 1000 mg/kg | IEC 62321‑6 |
| PBDEs (Polybrominated Diphenyl Ethers) | Not Detected | 1000 mg/kg | IEC 62321‑6 |
| Phthalates (DBP, BBP, DEHP, DIBP) | Not Detected | 1000 mg/kg | IEC 62321‑8 |
Verified across PETG Basic, PETG‑CF, PETG Matte, and PETG‑GF materials. Full ANPU reports available upon request.