Phaetus Arkfly POPWEB™ Cool Plate - Bambu Lab H2D / H2S

Phaetus Arkfly POPWEB™ Cool Plate - Bambu Lab H2D / H2S

The Phaetus Arkfly POPWEB™ Cool Plate (355x346mm) is an extra-large, double-sided spring steel build surface engineered for the large-format Bambu Lab H2 series (H2D / H2S). Utilizing advanced room-temperature adhesive technology, this plate allows reliable PLA printing with minimal to no heatbed warming, significantly reducing power consumption and heat radiation across large surface areas. The heavy-duty spring steel core ensures long-term flatness and allows clean model removal with a simple flex.

KEY FEATURES:

• Large-Format Cold Adsorption: Formulated composite layer delivers strong bed adhesion for PLA and PETG at low temperatures, minimizing power draw on large print beds.

• POPWEB™ Micro-Texture: Delivers solid first-layer bonding while leaving a smooth, clean finish on the bottom surface of models.

• Reinforced Spring Steel: Engineered to resist warping across the expansive 355 x 346 mm build surface under repeated thermal cycles.

• Warp Elimination: Maintains rigid adhesion on large-footprint functional parts, preventing lifted edges and corner warping.

• Precision H2 Fit: Exact 355 x 346 mm geometry with specialized positioning alignment cutouts designed for Bambu Lab H2 series heatbeds.

TECHNICAL SPECIFICATIONS:

• Model / Variant: Phaetus Arkfly POPWEB™ Cool Plate – Bambu Lab H2D / H2S (355x346mm)
• Layer Construction: Double-Sided Microporous Polymer Composite
• Base Material: HRC50+ Hardened Spring Steel Core
• Surface Coating: Dual-Sided POPWEB™ Microporous Cold Adsorption Coating

BED TEMPERATURE:

• Max Bed Temperature: Up to 100°C
• PLA: 30°C – 50°C
• PETG: Manufacturer's Recommended Temperature
• ABS: Manufacturer's Recommended Temperature

SUPPORTED FILAMENTS:

PLA, PETG, ABS, PA, PA-CF, PET-CF, ABS-CF, ABS-GF

MAINTENANCE:

Clean strictly with warm water and standard dish soap. Do not use Isopropyl Alcohol (IPA), acetone, or abrasive scrubbers, as chemical solvents can degrade the specialized POPWEB™ surface layer over time.

PRO TIP:

Avoid using harsh scraper blades or abrasive pads on the POPWEB™ coating to preserve its low-temperature adhesion properties.