PT100 silicone sock for E3D v6 high temperature heat block of 3D printer part

PT100 silicone sock for E3D v6 high temperature heat block of 3D printer part

The PT100 Silicone Sock for the E3D V6 High Temperature Heat Block is a crucial component for your 3D printer. Designed to provide insulation and protection, this silicone sock ensures optimal performance and longevity of your printer’s heat block.

Specifications and Dimensions

• The PT100 Silicone Sock is specifically designed to fit the E3D V6 High Temperature Heat Block.
• Other types like MK8 silicone sock, Volcano silicone sock, E3D v6 silicone sock is also available
• It is made from high-quality silicone material that can withstand high temperatures up to 300°C (572°F), ensuring reliable and consistent printing results.
• The dimensions of the silicone sock are carefully crafted to perfectly fit the heat block, providing a snug and secure fit.
• Heat block and sock precise design guarantees maximum coverage and protection, preventing heat loss and ensuring efficient heat transfer to the nozzle.

Application and Usage

• The PT100 Silicone Sock is easy to install and compatible with various 3D printer models that utilize the E3D V6 High Temperature Heat Block.
• It acts as a shield, preventing filament residue, dust, and debris from accumulating on the heat block, thus reducing the risk of nozzle clogs and improving overall print quality.
• By effectively insulating the heat block, the silicone sock minimizes heat fluctuations, resulting in more consistent and accurate temperature control.
• This is particularly beneficial when printing with high-temperature materials such as ABS, PETG, or Nylon.
• Whether you are a professional or hobbyist, the PT100 Silicone Sock for the E3D V6 High Temperature Heat Block is a must-have accessory for your 3D printer.
• It offers enhanced protection, improved print quality, and extended lifespan of your heat block, making it an essential investment for any printing project.

Packages Include:

• 1 piece of PT100 sock.