Steel Pipe

Strong Corrosion Resistance
One of the biggest issues of any type of metal is corrosion, as it damages and weakens the surface, causing parts and sections to break after a certain period of time. Rust is caused by oxidization, which leaves marks that stain and damage the steel. This is why it is best to have a steel surface that is protected against these elements and has increased strength and resistance.
Using our steel pipes provides you with these benefits, as the molten zinc layer ensures that your pipes would not be easily corroded, and have an extra later that can keep it safe from different kinds of wear and tear. This is beneficial for industries that handle volatile substances such as chemicals and gases, as they can easily cause damage to solid materials that do not have treated surfaces.

Long Lifespan
With an extra protective layer of molten zinc present on the surface, our steel pipes have a longer lifespan compared to conventional piping. This means that they can last for a number of years before needing to be replaced, ensuring that various substances have a proper channel where they can be moved to different locations. Steel is designed to last for a long period of time, which is why using our steel pipes would be the best option for a wide variety of industries.

Cost-effective
Steel maintenance can be very costly, as industries regularly conduct checks and repairs in order to make sure that their equipment and facilities are operating effectively. Using conventional steel pipes tend to wear out more quickly, which means that you would need to repair and replace the pipes more often.
Compared to conventional steel pipes, our steel pipes have a lifespan of 50 years, compared to 20 to 25 years by using the former. This can cause you to spend more on buying replacement parts. By using our steel pipes, you would have a set of pipes that can last longer, which means that you would be able to lessen maintenance and repair costs.

Quick Installation
Along with having a strong protective surface that increases resistance to wear and tear, our steel pipes are easy to install. This is due to the fact that these pipes are ready-made, which means that you would no longer need to prepare or paint the surface before installing these sections. This drastically lessens the construction time by a number of minutes or hours, making sure you would be able to finish projects at a much faster rate. If you have a tight project deadline for your construction project, using our steel pipes are the most efficient option.

Durable
Mainly there are two main uses of steel pipe in construction, structural as well as transportation. When it comes to structural purposes, the steel pipes are kept deep underground before laying the foundation to enhance their stability. If you notice any disruption in your area, then chances are there that the construction workers are putting steel pipes.
When it comes to transportation, steel pipes are used for projects like oil, gas, sewage, and others. Steel pipes support hazardous chemical flow. In many cases, the steel pipes are also used as bollards since it helps protect people from various vehicle ramming accidents. These applications demand material durability. Due to this reason, the demand for steel pipes is increasing. Most industrial piping companies opt for steel pipes for this reason.

Corrosion Resistance
Corrosion is one of the common problems that companies face in the construction industry. After all, corrosion damages the structural integrity of the projects. However, unlike other pipes, steel pipes are perfect to work with since it is resistant to corrosion.
Plastic pipes that have experienced wear and tear might no longer be the best choice for the application. Zinc coating is applied on the steel pipes, which makes them corrosion resistant.

Material Being Transported
Corrosive liquids include substances such as crude oil, ammonia, seawater and other acidic liquids that have a heavy chemical makeup. These liquids require a corrosion-resistant pipe material such as a plastic CPVC pipe or lined pipe. Since most liquids are at least slightly corrosive, you will need a corrosion-resistant material for the pipes that will transport it. Meanwhile, non-corrosive fluids or gases like lube oil, air and nitrogen are safe to transport via carbon steel or metal pipelining.
The type of liquid or gas your pipe system transports plays a significant role in choosing fluid handling pipe material. Some pipe materials are better suited for non-corrosive liquids, like oils or standard wastewater. More corrosive liquids, like acid or peroxide, require a pipe with an interior that can hold up to the abrasiveness of these corrosive materials. Corrosive materials are common in many industrial cleaning solutions, as well as in chemical manufacturing and handling. Remember, despite a plastic or metal pipe material's durability and corrosion resistance, chemicals, acids and saltwater are much more abrasive than standard water or oil. Always keep the liquid you are transporting in mind when selecting a pipe material.

Temperature of Liquid Passing Through
The next thing to consider is the temperature of the liquid in your fluid handling system. If you're transporting high-temperature liquids, you'll need to be sure your system consists of high-temperature pipe materials. Certain types of plastic piping may not be ideal for handling high temperatures, while others may be designed to handle fluids no matter how hot they are. Metal pipe materials are typically wise choices for high-temperature liquids, although some types may become too hot to the touch.
If you are handling extremely high or low-temperature fluid - including cryogenic liquids- make sure your pipe consists of material intended for extreme temperatures. Otherwise, you risk damaging or corroding your pipes and contaminating the liquids inside of them. In some cases, extreme temperatures can break your piping entirely, resulting in expensive repairs, damaged product and hazardous workplace conditions. Metal pipe material is usually suitable for extremely hot liquids, although you and your employees should exercise caution when working with them. Depending on the temperature, aluminum is often used to transport cryogenic liquids.
Your piping material must support these temperatures as well as maintain them throughout the liquid transfer process. In many applications - including laboratories, food processing, medical facilities and plants that work with hazardous chemicals - precise temperatures are required for all liquids and vapors used.

The Pressure of the Liquid Handling Process
What is the pressure of the fluids your system is handling? If the pressure of these service fluids is very high, you will need piping material that is either high-strength, higher thickness or designed to resist high-pressure fluids. The average pressure that most manufacturing facilities' piping must be able to handle is around 150 pounds per square inch gauge (psig). If your facility is working with liquids of higher pressures than this, you may have to request a piping material that is specially designed to handle high-pressure fluids.
Various liquids and gases create different pressures inside of your fluid handling pipes. For example, cryogenic fluids are known for creating very high-pressure environments during the transfer process. Many external factors can impact this pressure, too, including the temperature and elevation of your piping.

Service Life of the Fluid Handling System
A major component of effective piping design and material selection is asking how long you expect your fluid handling system to last. If you know you'll likely have to replace the system in five to 10 years due to another reason, such as relocation, you don't need to invest in a very long-lasting piping material. This may also affect how much money you're willing to spend on the system, which will, in turn, impact the type of material you should choose.
If, on the other hand, you expect this system to last for 10 or more years, you should invest in the most durable type of piping material.
For example, temporary worksites or processing plants that do not typically deal in fluid handling may not need as intricate or durable a system as a permanent plant that transfers fluids daily. You should also factor in how often your business will use your fluid handling system. Of course, there are some conditions - such as extremely corrosive chemicals, hazardous materials or fluids that need temperature regulation - that will require certain pipe materials, regardless of the desired service life of your system. If no special circumstances apply to your business, use this information to help you gauge the amount you should invest in your pipes, as well as that type and quality of material used.

Ease of Maintenance
Just like flooring, countertops and other solid surfaces, certain types of piping material are easier to clean than others. Ask yourself how often you can clean your fluid handling system. Be realistic about the frequency, as it is can become a very time-consuming task depending on the size and intricacy of your system. If you won't be able to clean it very often, having a low-maintenance piping material should be a priority for your facility.

Exposure to External Elements
External elements exist indoors and outdoors. Indoors, external corrosion and other issues can arise from corrosive fumes in the air, humid conditions and mold. Outside poses several threats for external corrosion and damage, including the salt in seawater, inclement weather, microorganisms, plant overgrowth and more.
If any part of your fluid handling system is exposed outdoors, you need piping material that can withstand environmental elements. External elements that could lead to the deterioration or corrosion of your fluid handling piping include UV light, corrosive soil, precipitation and other atmospheric conditions.