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PTFE 2x4mm White Teflon Tube for 3mm 3D Printer Filament - 1 Meter (2mm ID X 4mm OD)

PTFE 2x4mm White Teflon Tube for 3mm 3D Printer Filament - 1 Meter (2mm ID X 4mm OD) PTFE 2x4mm White Teflon Tube for 3mm 3D Printer Filament - 1 Meter (2mm ID X 4mm OD)
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Component Description

PTFE 2x4mm White Teflon Tube for 3mm 3D Printer Filament

Overview

The PTFE 2x4mm White Teflon Tube is a high-quality, 1-meter long tube designed specifically for 3D printing applications. This tube is constructed from Polytetrafluoroethylene (PTFE), a non-stick, fluoropolymer material renowned for its excellent thermal and chemical resistance. The tube's dimensions, 2mm inner diameter (ID) and 4mm outer diameter (OD), make it an ideal solution for 3mm 3D printer filament management.

Functionality

The primary function of this PTFE tube is to guide and protect 3mm 3D printer filament during the printing process. It acts as a barrier between the filament and the printer's components, preventing damage and ensuring smooth, uninterrupted filament flow. The tube's smooth, non-stick interior surface minimizes friction, allowing the filament to slide effortlessly through the tube, reducing the risk of jamming or tangling.

Key Features

  • Material: The tube is made from high-quality PTFE, which offers excellent thermal stability, chemical resistance, and non-stick properties.
  • Dimensions: The tube has an inner diameter of 2mm and an outer diameter of 4mm, making it compatible with 3mm 3D printer filament.
  • Length: The tube is 1 meter long, providing ample length for most 3D printing applications.
  • Non-stick Surface: The tube's smooth, non-stick interior surface reduces friction and prevents filament from sticking, ensuring smooth, uninterrupted flow.
  • Chemical Resistance: The PTFE material provides excellent resistance to chemicals, including solvents, fuels, and cleaning agents, making it suitable for use in a variety of 3D printing environments.
  • High-Temperature Resistance: The tube can withstand high temperatures, making it suitable for use in 3D printing applications where high heat is involved.
  • Easy Installation: The tube is easy to install and can be cut to length as needed, making it a convenient solution for 3D printer filament management.

Applications

The PTFE 2x4mm White Teflon Tube is ideal for use in 3D printing applications, including

3D printer filament management

Filament guides and feed tubes

Hotend and extruder setup

3D printer upgrades and modifications

Technical Specifications

Material

PTFE (Polytetrafluoroethylene)

Inner Diameter

2mm

Outer Diameter

4mm

Length

1 meter

Operating Temperature

-200C to 260C

Chemical Resistance

Excellent resistance to solvents, fuels, and cleaning agents

Conclusion

The PTFE 2x4mm White Teflon Tube is a high-quality, reliable solution for 3D printer filament management. Its non-stick, smooth interior surface, chemical resistance, and high-temperature resistance make it an ideal choice for 3D printing applications.

Pin Configuration

  • PTFE 2x4mm White Teflon Tube for 3mm 3D Printer Filament - 1 Meter (2mm ID X 4mm OD) Documentation
  • Overview
  • The PTFE 2x4mm White Teflon Tube is a crucial component in 3D printing, serving as a filament guide tube for 3mm 3D printer filament. This documentation provides a detailed explanation of the tube's structure and how to connect it to your 3D printer.
  • Structure and Dimensions
  • The tube has an inner diameter (ID) of 2mm and an outer diameter (OD) of 4mm, making it suitable for guiding 3mm 3D printer filament. The tube is 1 meter in length and made of PTFE (Polytetrafluoroethylene), a non-stick, heat-resistant material.
  • Pinout Explanation
  • This tube does not have pins, as it is a simple, hollow tube designed to guide the filament. Instead, it has two ends that need to be connected to the 3D printer's filament feed system.
  • Connection Guide
  • To connect the PTFE tube to your 3D printer, follow these steps:
  • Connection Point 1: Filament Feed End
  • Cut the tube to the desired length using a utility knife or scissors.
  • Insert one end of the tube into the filament feed system on your 3D printer, ensuring it is securely seated.
  • If necessary, use a small amount of adhesive, such as hot glue or tape, to hold the tube in place.
  • Connection Point 2: Extruder End
  • Insert the other end of the tube into the extruder on your 3D printer, ensuring it is securely seated.
  • If necessary, use a small amount of adhesive, such as hot glue or tape, to hold the tube in place.
  • Important Notes
  • Ensure the tube is properly seated and secured to prevent filament jams and printing issues.
  • Regularly inspect and clean the tube to prevent clogging and ensure smooth filament flow.
  • The PTFE material is heat-resistant, but excessive heat or bending can cause damage. Handle the tube with care to ensure its longevity.
  • By following these steps and guidelines, you can successfully connect the PTFE 2x4mm White Teflon Tube to your 3D printer and enjoy smooth, consistent filament feeding.

Code Examples

PTFE 2x4mm White Teflon Tube for 3mm 3D Printer Filament - 1 Meter (2mm ID X 4mm OD) Documentation
Overview
This PTFE (Polytetrafluoroethylene) tube is designed for use with 3mm 3D printer filament. It features a 2mm inner diameter and a 4mm outer diameter, making it an ideal solution for guiding and protecting 3mm filament in 3D printing applications. The tube is 1 meter in length and is made of high-quality white Teflon material, providing excellent heat resistance, corrosion resistance, and non-stick properties.
Technical Specifications
Material: PTFE (White Teflon)
 Inner Diameter (ID): 2mm
 Outer Diameter (OD): 4mm
 Length: 1 meter
 Temperature Range: -200C to 260C
 Chemical Resistance: Excellent resistance to most chemicals and solvents
 Non-stick Properties: Excellent non-stick properties for easy filament movement
Usage Examples
### Example 1: Guiding 3mm Filament in a 3D Printer Hotend
In this example, we'll demonstrate how to use the PTFE tube to guide 3mm filament in a 3D printer hotend.
Materials needed:
PTFE 2x4mm White Teflon Tube
 3mm 3D printer filament
 Hotend assembly
 Heat shrink tubing (optional)
Assembly:
1. Cut the PTFE tube to the desired length using a sharp utility knife or a tube cutter.
2. Insert one end of the PTFE tube into the hotend assembly, ensuring it is securely seated.
3. Feed the 3mm filament through the PTFE tube, leaving enough slack for easy movement.
4. Attach the other end of the PTFE tube to the filament feeder or spool holder.
5. (Optional) Use heat shrink tubing to secure the PTFE tube to the hotend assembly and filament feeder.
Code Example (Marlin 3D Printing Firmware):
```c
// Marlin 3D Printing Firmware configuration file
#define HOTEND_PTFE_TUBE_LENGTH 100 // Length of the PTFE tube in mm
#define FILAMENT_DIAMETER 3.0 // Diameter of the 3mm filament
// ...
```
### Example 2: Creating a Filament Feed System for a 3D Printer
In this example, we'll demonstrate how to use multiple PTFE tubes to create a filament feed system for a 3D printer.
Materials needed:
Multiple PTFE 2x4mm White Teflon Tubes
 3mm 3D printer filament
 Filament feeder or spool holder
 3D printed or CNC machined parts for the feed system
Assembly:
1. Cut multiple PTFE tubes to the desired length using a sharp utility knife or a tube cutter.
2. Assemble the filament feed system using the PTFE tubes, filament feeder or spool holder, and 3D printed or CNC machined parts.
3. Route the PTFE tubes through the feed system, ensuring smooth filament movement and minimal friction.
4. Attach the PTFE tubes to the filament feeder or spool holder, and the 3D printer's hotend assembly.
Code Example (Python):
```python
import time
# Define the filament feed system configuration
filament_feed_system = {
    'ptfe_tube_length': 100,  # Length of each PTFE tube in mm
    'filament_diameter': 3.0,  # Diameter of the 3mm filament
    'num_ptfe_tubes': 4,  # Number of PTFE tubes in the feed system
    'feed_rate': 30  # Feed rate of the filament in mm/s
}
# ...
```
Note: These code examples are for demonstration purposes only and may require modifications to work with your specific 3D printing setup and firmware configuration.