Advantages of Nylon Tube
Nylon tube is made by a plastic extrusion process. The raw compound material is usually in the form of nurdles (short for resin). These nurdles are gravity fed into the extruder barrel. Then colorants and UV inhibitors are added as liquid additives. Sometimes, these are mixed with the resin before it is fed into the hopper.
Nylon is a highly versatile thermoplastic material. It is a good choice for industrial applications because of its strength and durability. It is also resistant to most chemicals and abrasion. Nylon tubing is also resistant to high temperatures, is light weight, and is highly flexible. It is ideal for industrial applications and saves a significant amount of weight over rubber hoses.
There are two main types of nylon. The most common type is nylon 6, which is more corrosive resistant and less prone to moisture. Nylon 66 is similar to nylon 6, but has two monomers rather than one. The latter is more resilient and resistant to heat and abrasion, and it is also easier to color.
Nylon tubing is more versatile than PU tubing, but it is still not as strong as PU. However, PU tubing is more suited to large industrial applications. While Nylon tubing is more versatile, it is also more expensive. Nevertheless, the advantages of nylon outweigh the disadvantages. Its flexibility and resistance to abrasion make it the best option for high-tech industries. It is also resistant to fuel, oil, and solids.
Nylon tubing can be made into spirals, which are useful in environments where polyurethane is impractical. These nylon spirals are used in hydraulic lines, lubrication, and cooling systems, and they are also used in pneumatic tools. The spirals of nylon tubing can be easily retracted, making them ideal for pneumatic tools.
Another advantage of Nylon tubing is its resistance to oil, fuel, and cold. It is also highly resistant to heat. It is used in welding trades. Another advantage is its ability to resist bursting and cracking. While it may have a high melting point, it has a very low risk of bursting.