NOVOFLEX | Fir Tree Push Clamp

High-retention push-fit clamp for cables and pipes

Designed for automotive, heavy equipment, and wire harness applications where cables or pipes must be securely fastened onto varying panel thicknesses under vibration and mechanical stress.

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Fir Tree Push Clamp

Key Features

  • Extended fir tree design for multiple panel thicknesses
  • High extraction resistance with low insertion force
  • Secure retention against vertical and lateral loads
  • Tool-free push-fit installation
  • Halogen-free UV-resistant Nylon construction
Fir Tree Push Clamp technical drawing

Technical Specifications

  • Material: UL-Listed UV-Resistant Nylon 6.6
  • Mounting Hole Diameter: 6.8 mm
  • Compatible Panel Thickness: 0.7 mm – 12 mm
  • Operating Temperature: -25°C to +85°C
  • Mounting Type: Fir Tree Push Clamp
  • Attributes: Halogen-Free
  • Standard Colour: UV-Resistant Black

Product Dimensions

Novoflex Part No. Length (A)- mm Panel Thickness - mm Push Hole Dia - mm Max Cable / Pipe Dia - mm Standard Packing (Nos.) Quantity Select
FTC 01 41 0.7 - 12 8.6 8 100

Standard & Custom Colours

Applications

  • Automotive wire harnesses
  • Trucking and heavy equipment manufacturing
  • Industrial cable routing
  • Pipe fastening systems
  • Electrical panel installations
  • Vibration-prone fastening environments

Use When

  • Multiple panel thicknesses must be accommodated
  • Tool-free installation improves assembly efficiency
  • High extraction resistance is required
  • Cable or pipe movement must be minimized

Avoid When

  • Reusable fastening systems are required
  • Extremely heavy structural support is necessary
  • Mounting holes differ from required specifications
  • Operating conditions exceed temperature ratings

Why Novoflex

Novoflex develops fastening systems engineered for reliable retention and installation efficiency across demanding industrial environments. Through optimized mounting geometry and durable engineering materials, Novoflex products provide stable cable management under continuous operational stress.