Cabrical’s Cable Ties, manufactured from nylon, meet most basic cable tie needs, with choices covering a wide range of requirements for size and strength. One-piece, injection moulded construction provides maximum strength and adjustability for securing all sizes of bundles. Extra features such as rounded edges and bent-tip design make installation easy, fast, accurate and secure. Cable tie installation tools are not required but are suggested where controlled, uniform tension and cut-off applications are desired.
Split mandrel, loop tensile strength tests show that the most vulnerable stress point for a cable tie is its pawl. There is a trade-off between insertion/pull-up ease and strength of a cable tie. The stronger the pawl, the more force is required to insert and pull up the strap as it engages the pawl teeth. Cable ties are designed to optimise insertion ease and still meet or exceed all applicable strength requirements. This magnified cross-section illustrates our full four-tooth locking engagement between strap and pawl under load. This intimate contact between pawl and strap teeth, ensures that the strength of the pawl is fully utilised. Installations under conditions of full tropical sun and/or very low relative humidity, must be referred to Cabrical design engineers for evaluation and recommendations. Exterior applications should use black (U.V. stabilised) ties.
|Cabrical Code-Black (UV Rated)||Cabrical Code-Natural (KG)||Loop Tensile Strength||Bundle Diameter (MM)||Length (MM)||Width (MM)||Thickness (MM)||Packs Available|
|Ultra Heavy Duty|
Conformant Standards: UL; Mil Spec; IEC; VDE; DIN
MS 3367 MS 3368-Physical Dimensions
Mil-C-45662-Test Equipment Calibration
Mil-1-45208A-QC Manual and Systems
Smoke Emission: Low Smoke/Halogen Free
Natural-Nylon 66 with additives
Black-Nylon 66 with UV Stabilizers
Material Tensile Strength: 80 N/mm² or 11200 psi
Breakdown Voltage-20 kV/mm
Volume Resistivity-2 x 10ohm cm
Moisture Content-2.5% w.v. @ 23%/50%RH
Operating Temperature: -40°C to 85°C
Flammability: Passed-U.L. 94V-2
UV Stability: Exceeds ASTM-D-4066 with 2.5% Carbon Black giving nominal 15 years normal exposure to UV with less than 10% yield in tensile strength.