Phaetus Dragonfly HIC HF Silicone Sock - Black

The Phaetus Dragonfly HIC HF Silicone Sock in black offers optimal thermal insulation and durability for your 3D printer. This silicone sock is specially designed for high flow rates and ensures stable temperature control and minimized heat radiation during the printing process.
9,00 €
Final price* , Free shipping
Description

Overview of Phaetus Dragonfly HIC HF

The Phaetus Dragonfly HIC HF Silicone Sock in black is a high-quality component for 3D printers that has been specially developed to optimize heat conduction and extend the service life of the heating block. This product provides efficient thermal insulation, resulting in a more even temperature distribution during the printing process.

Design and material quality

The silicone sock from Phaetus is made from a heat-resistant silicone material that can withstand temperatures of up to 300°C. The black finish not only ensures an attractive appearance, but also minimizes heat radiation. The precise fit for Phaetus Dragonfly Hotends guarantees easy installation and a secure fit.

Improved printing efficiency

Using the Phaetus Dragonfly Silicone Sock improves temperature stability, resulting in higher print quality. The sock also protects the heating block from contamination and reduces the risk of printing errors caused by temperature fluctuations.

Technical data

  • Material: Heat-resistant silicone
  • Color: Black
  • Temperature resistance: up to 300°C
  • Compatibility: Phaetus Dragonfly Hotends
  • Installation: Simple and tool-free
  • Thermal insulation: High
  • Product weight: approx. 5g
  • Dimensions: Adapted to heating block
  • Package contents: 1 silicone sock
  • Product type: 3D printer accessory

Fields of application

  • 3D printing
  • Temperature management of hotends
  • Protection of the heating block from soiling
  • Improvement of the print quality
  • Use in high-temperature printing environments
  • Maintenance and upgrade of 3D printers
  • Ideal for long print jobs
  • Use in professional and hobby printing studios
  • Optimization of printing efficiency
  • Reduction of heat loss
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