PE Plastic Copper Pipe Bending Strips 1/4"–5/8" | AC Tube Kit Pipe Bending Tool Kit Vue 4Meter China Mainland

PE Plastic Copper Pipe Bending Strips 1/4"–5/8" | AC Tube Kit

4Meter / China Mainland
Sale price  $73.99 Regular price $90.99
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PE Plastic Copper Pipe Bending Strips 1/4"–5/8" | AC Tube Kit Pipe Bending Tool Kit Vue 4Meter China Mainland

PE Plastic Copper Pipe Bending Strips 1/4"–5/8" | AC Tube Kit

Sale price  $73.99 Regular price $90.99
Color
Ships FromChina Mainland

PE Plastic Copper Pipe Bending Strips — Anti-Deformation Protection for Air Conditioning Lines

Keep your copper refrigerant lines perfectly formed with these heavy-duty PE plastic copper pipe bending strips. Engineered specifically for air conditioning pipeline installations, these color-coded strips slide inside your copper tubing to prevent kinking, collapsing, or deformation during bending — delivering clean, accurate curves every time.

Key Features

  • Anti-Deformation Design: Built-in bending strips maintain the structural integrity of copper tubing during routing and bending, ensuring smooth, unobstructed refrigerant flow.
  • High-Quality PE Plastic: Robust, resilient polyethylene construction withstands repeated use while maintaining shape and performance over the long term.
  • Color-Coded for Easy Identification:
    • 🔴 Red — 1/4" pipe
    • 🟢 Green — 3/8" pipe
    • 🟡 Yellow — 1/2" pipe
    • 🔵 Blue — 5/8" pipe
  • Generous Length Options: Available in 2-meter or 4-meter lengths per strip, providing ample material for a wide range of project sizes and reducing the need for frequent replacements.
  • AC-Specific Application: Tailored for interior air conditioning pipeline installations — ideal for HVAC technicians, installers, and DIY enthusiasts alike.
  • Complete Kit with Storage Bag: Each set includes 4 color-coded strips (one per pipe size) plus a black drawstring bag for convenient storage and transport on the job site.

Specifications

Product Name Built-In Copper Tube Bending Strip Kit
Model CT-205
Material PE Plastic
Compatible Pipe Sizes 1/4", 3/8", 1/2", 5/8"
Colors Red, Green, Yellow, Blue
Available Lengths 2 Meters or 4 Meters per strip (optional)
Quantity per Set 4 PCS (one per size)
Included Accessory Black drawstring storage bag
Country of Origin Made in China

Package Options

  • Option 1: CT-205 (4 PCS) — 2 m strips + black drawstring bag
  • Option 2: CT-205 (4 PCS) — 4 m strips + black drawstring bag

Who Is This For?

Whether you're a professional HVAC installer or a dedicated DIYer handling a home air conditioning project, this copper pipe bending strip kit gives you the precision and confidence to route refrigerant lines cleanly through walls, ceilings, and tight spaces — without costly tube collapses or do-overs.

For more information on safe refrigerant handling and HVAC best practices, visit the U.S. EPA Section 608 Refrigerant Management Guidelines.

Frequently Asked Questions

Q: What pipe sizes are compatible with these copper pipe bending strips?

A: This kit includes four strips designed for 1/4", 3/8", 1/2", and 5/8" copper pipes — the most common sizes used in residential and light commercial air conditioning systems. Each strip is color-coded for instant identification on the job site.

Q: How do the PE plastic bending strips prevent pipe deformation?

A: The strips are inserted directly inside the copper tubing before bending. The rigid PE plastic core supports the tube walls from the inside, distributing bending stress evenly and preventing the tube from kinking, collapsing, or flattening during the bend.

Q: Can these bending strips be reused?

A: Yes. The high-quality PE plastic construction is built for durability and repeated use. After bending, simply slide the strip out of the copper tube and store it in the included drawstring bag for your next job.

Q: Which length option should I choose — 2 meters or 4 meters?

A: Choose the 2-meter option for smaller residential AC installations or single-room units. The 4-meter option is ideal for larger projects, multi-zone systems, or when routing pipes over longer distances, reducing the need to reposition the strip mid-bend.

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