Stainless steel coiled tubing has been in demand by many industries and manufacturers. It occurs due to its versatile properties, such as being free from impurities and having zero presence of seam welds, which are very effective in hazardous and strenuous environments, especially in industries.
Whatever your requirement, from oil
and gas transfer to chemical and nuclear fluids, all can be easily served via
stainless steel tubing. You have seen its usage in conveying compressed natural
gas from plants to gas stations, which is through stainless steel tubes.
The best characteristics of these tubes are that they do not require multiple fittings, which allows companies to reduce their installation time, labor, and costs.
A list of benefits is a long way to go, but with this article, I'll let you know how to find suitable stainless steel tubing to handle your heat exchanger.
How Do We Solve Common Heat Exchanger Issues?
Thermal energy is generated in almost
every plant, from manufacturing to the oil and gas industry. It is very
important that you have a shipping solution that has the capability to bear
high temperatures due to continuous heating, meaning it does not expand and
contract at any cost.
China Stainless Steel Tubing Manufacturer allows you to receive stainless
steel tubing that is affordable and robust against heating impacts. Therefore,
it is the best option for countering heat exchanger issues.
Yet, if you have any confusion about how stainless tubes can do so, here are some pointers to clear your doubts.
1. Dealing with Harsh Temperatures
Stainless steel has its own wide
variety, and each one is in style for specific qualities. For example, Inconel
625 and alloy 230, as well as 304, are the best options for bearing cold
temperatures. And other types are perfect for offering extreme resistance
against high temperatures, as you have heard in a heat exchanger.
Another option is to obtain nickel
alloy tubes from one of the Nickel Alloy Tubes Manufacturers if you require them to bear extreme thermal impacts that
are greater than those of stainless steel.
2. Dealing with High Pressures
Stainless steel tubing must have the
capability to tolerate stringent specifications, consisting of high pressure.
Leveraging steel alloys to withstand high pressures, like the 300 stainless
steel series, has the ability to handle high pressures up to 30,000 psi, all
depending on their diameters and wall thicknesses.
The ASTM A213 steel standard for
stainless steel tubes is an absolute way to incorporate heat exchange
applications.
3. Require a High-Quality Braze
Heat exchangers require a uniform
surface on the conveying product to deliver heat quantity effectively. It is
possible in the case of seamless stainless steel tubes because the tube
products have consistent outer and inner diameter tolerances and smooth outer
surfaces to offer a high-quality braze for improving aesthetics.
4. Accomplish Effective, Reliable Heat Transfer
Quality stainless steel tubes ensure
reliable heat transfer from one place to another due to their extreme
dielectric capacity, their ability to handle high temperatures, pressures, or
caustic materials, or their ability to meet specific dimensional or mechanical
properties.
