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Features of Cable Tie or Nylon Fastening Tape

Nylon cable ties are suitable for most basic wiring and cable organization needs in environments of up to 185 degrees Fahrenheit. Cable tie also called nylon fastening tape is designed to make wiring and the installation of wiring systems quick, easy and well organized.

Nylon cable ties are primarily used to organize cables inside a computer as well as in the telecom and networking industries in on-premise wiring systems and in computer data centers. They are also widely used in industries such as video, entertainment, electronics and music, as well as in various applications in and around the home.

The common material is usually nylon 66. It is heat and erosion resistant, durable and not apt to age. For special function, it is necessary to selec the proper material for special application.

By using a cable tie (nylon fastening tape), you can make a messy wiring job much less confusing and congested. Cable tie (nylon fastening tape) is a great way to separate wires into groups that can easily be accessed. By using a cable tie you can save yourself the time and trouble of trying to untangle wires .

With a cable tie (nylon fastening tape)all of your wires can be neatly organized into bunches that are easy to access. The idea behind the use of a cable tie is not new. Before the cable tie came along, manufactures utilized things such as twine, or friction tape to secure wires into bundles. However, these early cable tie predecessors were not without drawbacks. with the use of a cable tie you can quickly and effectively bunch cables into a group.

 Advantages of Nylon Cable Ties or Nylon Fastening Tapes
Wire and cable bundling is sometimes accomplished with twine, lacing cord or friction tape, all of which present safety drawbacks or hassles such as damaged wire insulation, increased installation time, and lack of permanence. Nylon cable ties are designed to make wire and cable installation quick, easy and well organized. The self-locking mechanism on nylon cable ties makes it possible fasten cables almost anywhere safely and securely, without risking damage to the insulation of cable or wires and without the danger of wires coming unbundled over time.

One-piece, injection molded construction provides maximum strength and adjustability for securing all sizes of wire bundles. Extra features such as rounded edges and bent-tip design make installation easy, fast, accurate, and secure.

Nylon Cable Tie or Nylon Fastening Tape Installation Tools
Another way to speed up the installation time for nylon cable ties is through the use of cable tie installation tools. It is a variety of economical, lightweight, hand-held installation tools that provide uniform tensioning and a flush cut-off of extra material. The installation tools when combined with nylon cable ties can help lower your total installed cost by lowering the time required bundle wires and cables.

Selecting the Proper Cable Tie Material for Specail Application
For long life and dependable service, there are many factors to consider when selecting the proper cable tie for each application. it is suggested that sample cable ties should be tested under actual end-use conditions to determine the correct cable tie for the application.

To select the optimum cable tie for a specific application, the following Panduit Guide Table can be used as a quick reference. First, determine the most critical design criteria and then read across the table to find which material is most suitable to meet this need (10 = Most Suitable, 1 = Least Suitable). Next, review the other criteria by scanning in a vertical direction on the chart and then make your final selection.

 Background of Nylon Cable Tie or Nylon Fastening Tape

The History of Nylon Cable Tie or Nylon Fastening Tape
The need for cable ties arose around end of the ninetieth century with the introduction of the first commercial and residential wiring systems as well as inventions that contained internal electrical wiring systems. Within these early electronic devices there was a need to collect, contain and control multiple wires into tightly organized groups. By bundling and routing wires clear of moving parts manufactures were able to better prevent damage from occurring to both the wires as well as the mechanical parts. Bundling wires also provided a consistent, organized and efficient wiring layout, which made tracing and servicing of internal wiring systems faster and easier.

Early Wire Bundling Method
Early methods for securing and routing wiring were simple and straight forward but presented many drawbacks and hazards. Manufacturers utilized twine, lacing cord or friction tape to bundle and route the wiring. Although these early bundling methods proved effective in the basic task of containing groups of wires, they did not offer the convenience of a product designed specifically for the task. Hand wrapping of lacing cord required a great deal of time in manufacturing and tying off did not produce a very secure and tight bundle. There was also the danger that thin cord would cut into wire insulation, where as the adhesive on tape tended to dry out over time causing it to peel off.

These problems triggered efforts to design a device that would encircle, bundle and route wires more efficiently, at a uniform tension, and on a more permanent basis. Some early prototype devices included separate straps and locking mechanisms, which required two operations to install. All these devices lacked fine adjustment and permanent locking features.
 

Early Wire Bundling Method
Early methods for securing and routing wiring were simple and straight forward but presented many drawbacks and hazards. Manufacturers utilized twine, lacing cord or friction tape to bundle and route the wiring. Although these early bundling methods proved effective in the basic task of containing groups of wires, they did not offer the convenience of a product designed specifically for the task. Hand wrapping of lacing cord required a great deal of time in manufacturing and tying off did not produce a very secure and tight bundle. There was also the danger that thin cord would cut into wire insulation, where as the adhesive on tape tended to dry out over time causing it to peel off.

These problems triggered efforts to design a device that would encircle, bundle and route wires more efficiently, at a uniform tension, and on a more permanent basis. Some early prototype devices included separate straps and locking mechanisms, which required two operations to install. All these devices lacked fine adjustment and permanent locking features.

The First Nylon Cable Tie or Nylon Fastening Tape
The first device designed especially to bundle and route wires effectively was similar in appearance and function to today's standard cable tie. It had a steel pawl or barb inserted at an angle inside its head. Although this design allowed for fine adjustment and self-locking it required two separate, time consuming manufacturing operations - molding the tie and insertion of the steel pawl. In addition, there was the possibility that the steel pawl could work loose or break off, with potentially disastrous results if it fell into printed circuits or closely spaced relay contacts.

The next major development was a two-component, self-locking cable tie completely produced from nylon material. Although it was finely adjustable, it still maintained the time-consuming, two-step manufacturing process. Because of its design, this improved cable tie provided better hand-eye coordination and reduced installation time. Over time, cable tie design improved steadily and eventually led to the development of a one-piece, molded, self-locking nylon cable tie.

Since the development of the first one-piece, self-locking cable tie its design was steadily refined to improve the effectiveness of the product as a wire bundling device. The basic one-piece, self-locking cable tie now comes in many sizes and styles for a diverse range of applications. It has also been modified into specialty ties with all the qualities of the basic tie, plus added features for different uses.
 


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