Red Zip Ties Guide
Red, with its shorter wavelength in the visible spectrum and high recognition, is typically used in industrial environments for warning or identifying important lines or components. In wire management, red zip ties are often used to mark high-risk lines like high-voltage power cables. This article will delve into the comprehensive value of red zip ties from three perspectives: material, classification, width selection.
Material of Red Zip Ties:Nylon 6 or Nylon 66
The market mainly uses nylon 6 and nylon 66 materials for production. Nylon 66 has high rigidity, high temperature resistance (melting point about 260°C) and low water absorption (about 2%). It is usually used to make high-end cable ties. For example, cable ties with weather resistance, high temperature resistance, extreme low temperature resistance, and metal detectability are typically priced higher. Made of nylon 6 material, the red zip ties have high water absorption, low tensile strength, and weak high and low temperature resistance. However, they are relatively cheap and suitable for use in indoor environments with low requirements.
Types of Red Zip Ties
Red self-locking cable ties: Automatically lock after tightening to ensure long-term stability while offering quick installation features. Generally used for organizing and securing wiring harnesses, floral decorations, and some outdoor stage setups, wedding arrangements, etc.
Red reusable cable ties: Features a special retractable head structure that can be pressed to retract the head and continue to reuse after exiting the strap. uitable for cable management, gardening styling, and line fixing scenarios.
Red zip tie labels: The cable ties have a blank label at the head, which can be handwritten or printed with a serial number or other information to manage complex cable systems.
Red zip tie with screw hole: The cable ties has a round hole at the front of the head, which can be fixed to the base plate with screws first, and then used to tie down the wiring harness or other items that need to be securely fastened. It is suitable for scenarios where firm fixation is required.
Red push mount cable ties: First drill holes in the base plate, insert the push-in heads of the cable ties into the holes, then bundle and secure the wires on the base plate. Suitable for automotive wiring harness organization and industrial equipment fixing.
Red Zip Ties Tensile Strength Grade and Width Selection
The tensile strength of red zip ties is primarily determined by their width and thickness. Select the appropriate cable tie width based on your specific usage requirements.
| red zip ties Width (mm) | Minimum Trip Force (N) | Tensile Strength (kgs) | Applicable Scenarios |
| 2.5 | 80 | 8 | Small Wire and Other Items Bundling |
| 3.6 | 180 | 18 | Medium-sized Wire and Equipment Fixing |
| 4.8 | 220 | 22 | Industrial equipment cables and pipe fixing |
| 7.6 | 450 | 45 | Heavy-duty Wire, High Load-bearing Scenario |
The relationship between width, thickness, and tensile strength:
The pulling force increases significantly with every 1mm increase in width. For instance, a 3.6mm wide cable tie has a pulling force of 180N, while a 4.8mm wide cable tie has a pulling force of 220N. Common red cable tie specifications include 4*250mm (3.6mm width, 180N tensile force) and 5*250mm (4.8mm width, 220N tensile force). For heavy-duty cables or special scenarios with high vibration, wider cable ties like 8*250 (7.6mm width, 450N tensile force) may be required.
The thickness of cable ties is typically proportional to their width. For instance, 4*200 red zip ties are 1.1mm thick, while 5*200 ones are 1.2mm thick. Tie straps of the same width can be customized with different thickness molds based on customer requirements. The higher the thickness, the greater the tensile strength. High-quality red zip ties are made of nylon 66 material. Thicker molds can be chosen based on customer needs, suitable for more demanding environments.
By utilizing red zip ties wisely, you can enhance work efficiency, ensure safety, and maintain system integrity. They are also practical in daily life, such as home organization, outdoor activities, and emergency repairs. Their compactness and versatility make them an essential tool in modern society.