Benefits of Nylon Tube As Fuel Lines And It Is Testing Methods In Automotive Industries

Nylon Tubes are fast replacing rubber hoses and steel pipes as fuel lines in auto industries. This is due to cleaner and smoother internal the surface of tubing. Even installing of Nylon Tube as fuel lines are much easy. It’s enough capacity to face up to various automotive fuels like diesel and gas and may withstand more pressure and temperature. Furthermore, these tubes can be found in different sizes and colors. It is also easily formed into permanent bends and angles rapidly.

In automotive industries, OEMs – particularly vehicles manufacturers – around the world, generally adopt various test methods to look for the performance of Nylon pipe when utilized as fuel lines. The most typical testing techniques adopted are

1. Abrasion Resistant Test: To be able to measure the abrasion resistance performance of tube, two different ways are utilized. The very first strategy is wheel based method according to IS 09352. Within this method losing in weight defines the tubing abrasion resistance performance. The 2nd method continues to be particularly produced for Renault vehicles (and today adopted by a few other vehicle manufacturers also). Within this method the 2 specimen examples of tubing are utilized during testing. One specimen is stored fixed as the other is stored mobile. The thickness of both bits of tubes is measured in the finish to look for the abrasion resistance performance.
2. Burst Pressure Test: To be able to determine a secure and optimum working

Pressure of Nylon Tube as fuel line, burst pressure test is recognized as an essential test in industries. This pressure test determines the bursting capacity of tubing. Normally, the burst pressure test is transported out at 70 degrees-(usually at 23 °C) at elevated temperature (usually at 120 °C). Plastic oil can be used applying 10 to 300 bar oil pressure for various sizes of Nylon tube. The outer diameter is continually measured while progressively growing pressure.

3. Charpy Test: This test is affordable and fast to look for the impact resistance behavior of polyamide tubings like a fuel line.
4. Cold Impact Test: Cold impact test is also referred to as Drop impact test where cold chamber can be used. Examples of Nylon Tubes are put within the chamber outfitted with fixture-tube holders. Various impact standards are adopted by different testing physiques and OEMs.