Plastic tubing can serve innumerable functions within many industries. Plastic tubes come in a wide range of styles and options. In addition to tubing, there are also many different kinds of plastic pipes that can serve similar industrial functions. Plastic pipes also come in many styles and can be made from a multitude of materials. Many varieties of piping are designed to serve a specific and unique purpose.
When consumers need to purchase any type tube or pipe for a project, there are many factors that they should probably take into consideration. Choosing which manufacturer to purchase plastic tubing from is one of these factors. It is also useful for consumers to understand as much about plastic pipes and tubing as possible before purchasing. A good manufacturer will help their clients decide which type of piping or tubing will be best suited for their project. Below are a few different types of tubing and piping along with some of their common uses. This information is aimed at helping potential purchasers decide which type of tubing will best fit their specific project goals.
Plastic Tubing Manufacturers - NewAge Industries, Inc.
Plastic Tubing Suppliers - NewAge Industries, Inc.
Plastic Tubing Manufacturers - Polytec Plastics, Inc.
Plastic Tubing Suppliers - NewAge Industries, Inc.
Plastic Tubing Suppliers - NewAge Industries, Inc.
Plastic Tubing Suppliers - Britech Industries
Tubing can be constructed from a variety of plastic materials. Below are a few examples of materials tubing is commonly constructed from.
Hard acrylic tubing can be used for ubiquitous projects. It is usually clear and so it is great for any situation where consumers will need to see what is inside of the tubes they are using. Acrylic tubing has many different applications. Some of these applications include lighting, fish tanks, storage, and industrial uses. Acrylic tubing is usually created using a casting process. It is a durable and useful type of tubing.
Polycarbonate plastic tubing (also known as PC tubing) is another great option that can be used in a myriad of situations. This type of tubing provides consumers with a strong and lightweight option. It can be custom made to be whatever thickness a client may specify. Polycarbonate is flame and impact resistant. This kind of tubing strikes the perfect balance between transparency and durability. This thermoplastic compound has been trusted for years as a great solution for industrial hard plastic tubing uses. Polycarbonate forms of tubing usually have diameters that range from 1/8" to 8" with wall thickness from .010" and up. This tubing can be used for things like bird feeders, novelty items, mailing tubes, and also has many uses in the medical industry.
PFTE tubing is yet another form of tubing with many different uses. PTFE stands for polytetrafluoroethylene. PFTE tubes are by far the most flexible of all fluoropolymer tubing. These types of tubes also have a very broad temperature range at around -390°F to 500°F. Another key feature they boast is their high resistance to dangerous corrosive liquids and gases. This tubing can even resist dangerous liquid corrosion and will not crack when subjected to high temperatures. This tubing has a smooth finish and low friction rate. PFTE type tubing PTFE tubing is frequently used in laboratories, chemical processes, high-temperature situations, brushing & bearing applications, and in the electrical and automotive industry. This kind of tubing is usually made using a pultrusion process.
Polystyrene tubing is both lightweight and flexible. It is also extremely durable. This type of tubing can fill a wide range of consumer needs. It is frequently involved in the transferring of different fluids and gases. It can safely transfer many types of chemical compounds as well. It has a fantastic vapor and moisture resistance. It comes available in various burst prevention rates and heat resistance standards. It is important to choose a manufacturer who can find the tubing that will be ideal for a client's applications. Manufacturers should use safe engineering practices as this product is crucial to many operating processes.
Fiberglass tubing is another important form of tubing. It is made out of different fiberglass compounds. The manufacturing process is impacted by what the final product will be used for. Since fiberglass is naturally RF transparent, it can easily be used for many different radome and communication purposes. Unlike carbon fiber, fiberglass is nonconductive. For this reason, fiberglass tubes are frequently used in situations where electrical conductivity could pose a danger. Fiberglass is an extremely efficient material and is a favorite tubing type within many different industries.
Nylon tubing serves many purposes in many different industries. Some varieties of nylon tubing will not corrode or degrade in chemical solutions. Nylon tubing is also very versatile and can be put to many useful applications. Some of these applications include hydraulic hoses, robotics, different types of vacuum lines, fuel lines, vapor lines, air lines, brake lines, oil processing lines, tool lubricating systems, and chemical processing lines. Nylon tubing also has UV stabilization which can be handy in warmer areas where the tubing will be exposed to direct sunlight. Nylon tubing is extremely flexible and can fit into multiple complex designs. Nylon tubing also has a good resistance to substances like solvents, alkalies, oils, grease, petroleum, and most varieties of mold and fungus. Nylon tubing was invented in 1931 and considered to be a miracle tubing solution. Some varieties of nylon tubing are high pressure, super soft, coiled and D.O.T. tubing. Manufacturers who construct this type of tubing should be certain to make a reliable and quality product that consumers can trust.
Tubing can be designed to fit a variety of purposes and can come in many different structural forms. Listed below are a few of these structures.
Corrugated Plastic Tubing
Corrugated plastic tubing is a type of tubing that can have many uses. It can be made of a variety of different materials. Some of these materials include nylon, types of polyurethane, polyethylene polyvinyl chloride and other low-density linear plastic materials. This tubing can be made to fit just about any length or size though the standard size is 10mm. Corrugated varieties of tubing can be either disposable or reusable. This tubing is commonly designed to be used for anesthesia & respiratory ventilators, as well as many other medical purposes.
Hard Plastic Tubing
This type of tubing can be used in many different ways. This hard variety tubing is rigid and inflexible. Because of this rigid inflexibility, this tubing better resists things like kinks and abrasions. Hard tubing can be made out of many different materials. Hard tubing can be clear or opaque, depending on which plastic compounds it is constructed from. Some commonly used plastic compounds used for hard tubing are acrylic and polycarbonate. Hard tubing is much more flexible than PVC pipe or other types of plastic pipe. It is also stronger than many other types of thin tubing.
Small Diameter Plastic Tubing
In many instances, it is necessary to find a form of tubing that has a much smaller diameter than other tubing types. Small diameter tubing is a kind of thin plastic tubing that is designed to have a diameter of less than 3 mm or 0.125 in. It is extremely flexible and useful in multiple applications, though it is mainly used for industrial medical purposes. Small diameter plastic tubing can be manufactured to have the exact diameter thickness that a company needs. In some instances, it is the only type of tubing that is capable of fitting certain designs. This thin plastic tubing is not as durable as other tubing types, but this is sometimes what is needed in order for the tubing to fulfill its purposes.
Mini Plastic Tubes
Miniature plastic tubes come in a variety of materials and can be put to many uses. Some common materials that these tubes are made of include types of polycarbonate, compounds of polypropylene, polyethylene, polystyrene, and PVC. They can be put to uses within electrical components, swab sticks, medical products & other medical components, and dispensing tubes and more. Manufacturers frequently make mini plastic tubes specifically for each individual client, though they can be bought in standard bulk forms as well.
A laboratory centrifuge is a machine that spins liquid samples at high speeds. There are various different kinds and sizes of centrifuges so tubs are usually custom made. These tubes are usually made using a state-of-the-art process out of high purity resins or high-clarity polypropylene. It's important that centrifuge tubes are crafted with care, so companies should be sure that the manufacturer that they choose makes a quality product.
HDPE Pipe is made out of high-density polyethylene (HDPE) and can also be constructed from polyethylene high-density (PEHD). This material is a type of polyethylene thermoplastic, and is derived from petroleum. It can also be called "alkathene" or "polythene" when it is being used for tubing or pipes. This material has a great strength-to-density-ratio. This type of tubing has many applications, including natural gas distribution pipe systems, chemical-resistant piping, corrosion protection for steel pipelines, geothermal heat transfer piping systems, sewer piping, water piping, domestic water supply pipes, and more. HDPE is a favorite of pyrotechnic trade workers for mortars. HDPE tubes are generally safer than steel or PVC piping because if there is a malfunction during a pyrotechnic event, HDPE tuning is likely to simply rip or tear as opposed to shattering and becoming shrapnel the way other materials would. This type of tubing is very useful in many other industries as well.
There are a multitude of processes used to manufacture tubing. Listed here are two commonly used manufacturing processes.
Plastic Tubes Made Using Pultrusion
Pultrusion is a process of molding whereby reinforcing fibers are continuously covered with liquid polymer resin. They are then intricately formed and pulled through a heated die forming a part. This process results in a straight and constant cross section of parts that can be made in almost any length. This tubing's broad temperature resistance, flexibility, excellent chemical component properties, low permeability, and FDA compliance make it a definite industrial favorite. Manufacturers should be sure to apply great attention to detail when making this product. It needs to be well crafted in order to function flawlessly in its many important applications.
Extruded Plastic Tubing
This type of tubing serves many functions within the food, medical, and dental industries. Extrusion is a tubing manufacturing process that involves melted plastic being pushed through a heating chamber. This creates a fantastic and flexible form of custom tubing. Some types of extruded plastic tubing include nylon tubing, polyurethane tubing, polyethylene tubing, polypropylene tubing, PVC (Vinyl) tubing, coil tubing, flexible hoses and reinforced hoses.
Tubing can be an integral part of many different processes. The type of plastic that each form of tubing is constructed of can also play a large part in the product's functionality. It's important for individuals to know what type of tubing will best fit their specific needs. With so many different tubing varieties available today, consumers should research exactly which form of tubing best suits their purposes. Reputable manufacturers and vendors are usually happy to assist consumers in choosing the correct forms of tubing. Understanding the manufacturing process is also very helpful. A good understanding of a product's makeup can be useful for a multitude of reasons. When consumers choose a manufacturer for their tubing, they should find one that makes a quality product out of premium materials. Using high-quality plastics can save shoppers time and money in the long run. If purchasing tubing that will be used within the medical industry, consumers should be especially careful, as this application requires very high-grade and well-constructed tubing.
Plastic Tubing Terms
- Small cracks close to the surface of
the plastic tubing.
- The amount of strain that plastic tubing can handle before breaking.
- The process in which the diameter of a plastic tubes is enlarged while its wall thickness is reduced. This process is often used to create heat shrinkable tubing.
- A process in which a solid plastic resin is melted and pushed by a screw through a heating chamber.
- A small mass in a transparent material, such as plastic used in plastic tubing, created by incomplete blending.
- A process in which mechanical pressure works to increase the diameter of plastic tubes from the inside.
- The outer part of a heat shrinkable tube's dual wall.
- A solution also referred to as rubber that usually consists of water and polymer.
- The inner part of a heat shrinkable tube's dual wall.
- A process typically carried out by a catalyst in which a large number of simple molecules combine to form a more complex, chain-like compound (polymer).
- A flammable, transparent plastic that is an excellent electrical and thermal insulator because of its high strength and impact resistance.
- A general term for a broad class of thermoplastic polymers that have good resistance to solvents and abrasion and can be either solid or foam (cellular).
- A process that produces reinforced plastic shapes with constant cross sections by pulling the reinforcing fibers, wetted by a thermoset resin mix, through a heated steel die.
- Scale used to measure the hardness of an object. Although there are different scales (plastic tubing uses the "A" scale), they are consistent in that the larger the number, the harder the object.
- A process in which plastic tubing is used as an outer cover for an object in order to reduce the stress that is being placed on the object by providing additional support and stiffness.
- Small cracks, typically found in clusters, which occur in plastic tubing due to mechanical stress.
- A material that remains hardened, even when reheated, due to its having undergone a chemical reaction.
- A rating given to highly-flame retardant plastic tubing by the Underwriter's Laboratories (UL).