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- Distinctive and best manufacturing for more than 15 year
Brass Compression Fittings
A brass compression fitting compresses a fitting component to another component. A brass compression fitting is usually found in the tubing to make a watertight seal in a pipeline. A brass compression fitting is an excellent fitting that can provide reliable and superior watertight seals. It is also superior when handling high-pressure applications. Brass compression fittings are very versatile and common methods of connecting hard plastic or metal tubing.
Features of Brass Compression Fittings
D&R Brass Compression Fittings
D&R Metal Industry manufactures brass compression fittings without compromising your brand and reputation. Choosing the right brass compression fittings supplier for your business is a big help in order to succeed. D&R manufactured the top brass compression fittings for all clients.
Here in D&R, we have all types of brass compression fittings that you can choose depending on your application, we can even customize it according to your will and requests.
How We Manufacture Your Brass Compression Fittings
D&R Metal Industry - Your Premier Brass Compression Fittings Manufacturer in China
D&R Metal Industry is very willing to support your brass compression fittings needs. As a leading provider of brass compression fittings, D&R Metal Industry are experts in giving trusted quality of brass compression fittings for more than 15 years. You can put trust in us since we are making brass compression fittings products with the help of high-quality materials to ensure their safety. It can be applied for different applications like commercial or industrial. Just contact us!
D&R is a professional brass compression fittings manufacture in China for over 15 years. We design Brass Compression Fittings with different types of brass. And also we made different brass compression fittings size up to small, medium, and large.
D&R provides the best and good quality Brass Compression Fittings in all kinds including Compression Brass Coupling Fitting, Tee Brass Compression Fitting, Female Iron Coupler Brass Compression Fitting, Brass Straight Compression Fittings, Sleeve Brass Compression Fitting, Brass Compression Fittings – Tapered Thread, and many more all kinds of brass compression fittings.
D&R supplies different options of brass compression fittings. You can choose D&R for you’re best brass compression fitting size and style.
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Both stainless steel and brass compression fitting have their advantages and benefits. However, they also differ in many ways. Here are some of the stainless steel and brass compression fittings comparisons.
- Brass compression fittings are more corrosion-resistant than stainless steel.
- Brass compression fittings are better than stainless steel in terms of electrical and thermal conductivity.
- Brass compression fittings also have a higher thermal expansion coefficient. Thus, it is a good choice for high-temperature applications.
- Stainless steel compression fittings are better than brass when it comes to highly acidic liquid and petroleum applications.
- Stainless steel compression fittings have more resistance to chemicals and acids than brass.
- Stainless steel compression fittings are more superior to brass for aggressive-marine environments.
Gladly, a brass compression fitting is easy to install. However, you might need a wrench in some cases.
All the three components of the fitting – compression fitting body, compression nut, and ferrules work together for creating a watertight seal.
To create a watertight seal, you must follow the listed steps:
- First, glide the compression nut to the tubing.
- Second, slide down the sleeve to the threaded side of the nut.
- Then, insert the tubing to the fitting the body connector, pull the nut and the sleeve down. Make sure that the nut thread meets the fitting body thread.
- Screw the nut to the fitting body.
- Get your wrench and use it to tighten the connection.
To remove the fitting, do all the steps above in reverse.
Rocket Your Business with D&R Brass Compression Fittings
Brass Compression Fittings: The Ultimate FAQ Guide
Do you need more information about brass compression fittings?
This guide will help you understand this product’s features, advantages, applications, and more details.
A brass compression fitting is a tried and trusted solution if you need to connect hard plastic or metal tubing.
It is capable to withstand extreme temperatures and high pressures. However, you need to choose the right sizes for a secure fit, tight, and safe.
Here are easy steps to select the right brass compression fitting size.
- Measure the thread diameter at the widest point. If it does not have a threaded fitting, you can measure the actual insert opening diameter. You can also measure the tube to be inserted into the compression sleeve.
- After measuring the thread size, you can use the chart below to compare your pipe measurement.
This standard applies to non-soldering compression fittings. It also specifies the types of compression rings to be used.
ASTM F1987-01 (2006)
This standard is a requirement for compression fittings with a multilayer pipe type 2 used for hydronic heating systems.
It covers dimensional specifications for flanged sleeve compression types and tube fittings for air brake systems.
NSF standards are greatly tied for lead-free products.
A brass compression fitting can be used with brass, plastic, copper, and aluminum tubing.
Note: it is not recommended for steel tubing.
For you to decide on what should you choose between the two, we need to consider the ease of installation, quality, and cost.
Thus, we have listed the advantages and disadvantages of these two fittings.
Advantages of a Brass Compression Fittings
- Brass is a strong fitting. It has excellent strength and is very reliable for PEX fittings.
- Installation procedure. Brass compression fittings are very easy and quick to install. It can be done properly in just a few minutes.
Disadvantages of a Brass compression Fittings
- If not properly used, a brass compression fitting can affect a pipe’s performance. If used with acidic water, the pipe will more likely to burst. For some, brass compression fittings do not have a good performance.
- Brass compression fittings are costly than plastics.
Advantages of Plastic Compression Fittings
- Plastic compression fittings are reusable and re-mountable. It can be removed easily, cleaned, and maintained. It also doesn’t break easily.
- It is a better choice for acidic water applications because it does not corrode.
- Plastic compression fittings are also less likely to leak.
Disadvantages of a Plastic Compression Fitting
- A plastic compression fitting has a tougher installation process than brass compression fittings. Installing a plastic compression fitting requires a rigorous procedure.
- Plastic fittings are also considered less durable, have a small diameter, and are less effective.
Now that you know the advantages and disadvantages of these two fittings, you can make a decision on what should you use for your applications.
Many brass compression fittings can be used on a plastic pipe, but not all.
If you use a brass compression fitting on a plastic pipe, it shouldn’t exceed 2 full turns after the ferrule gripped the pipe.
Using a brass compression fitting on a PEX is not usually recommended.
It is not usually used for 3/8″ CTS or 1/2″ OD or other larger pipes.
Instead of using a brass compression fitting, you can use brass or plastic push fittings and brass poly fittings for PEX applications.
Yes, only if they are compatible with each other. You should not use a brass compression fitting with a short tube in a speed fit.
If you use a brass compression fitting on stainless steel tubing, you will less likely to achieve proper sealing.
It is because brass is not hard enough for the ferrule to bite into the stainless steel tube.
Mostly, 90% of a compression ring or sleeve will not slide in a bent tubing.
Excellent Corrosion Resistance
Its material composition makes it more resistant to corrosion making it suitable for industrial fluid application.
Higher Tensile Strength
Brass is a copper alloy made with Zinc. Thus, it can provide excellent hardness and additional strength. Thus, it is more resistant to high pressure.
A brass compression fittings are durable and can provide longer service life if installed, cleaned, and maintained properly.
It is easy to know and understand how much pressure a brass compression fitting can hold. It typically depends on the application.
You can find its maximum pressure rating or nominal working temperature in the front or back packaging or by contacting its manufacturer.
A brass compression fitting encompasses broad uses and applications. Because of its excellent sealing capabilities, these are widely used for:
- Industrial usage
- Hydraulic applications
- Subsea applications
- Plumbing systems
- Oil and gas applications
- Pneumatic application
- Water Systems
Brass materials are more likely to have lead content. It is not usually used in the food industry, drinking water, or beverage industry in the past.
However, in the advent of non-leaded brass, it is possible to use brass compression fittings in a potable water application with some considerations.
A brass compression fitting must be ANSI certified (requires a brass to contain only a 0.25% lead-weighted average).
If your brass compression fittings are certified by ANSI and other standards for lead-free brass, they can be used in potable water and can easily replace old standard brass fittings.
A brass compression fitting is composed of three elements – the compression fitting body, compression nut, and a ferrule.
Compression Fitting Body
It is the main part of the brass compression fitting. It is made to resist corrosion while providing a longer service life.
When the compression nut is tightened, it tightly compresses the brass sleeve. Thus, making a watertight seal.
Ferrules are also known as compression rings or olive. It functions as the compression fitting assembly’s main sealing component.
Ferrules made from metals provide stability in a wide temperature range application. It can withstand compression loads with no relaxation.
i. Ferrule shape
The mating angle and ferrule shape are one of the major considerations for a reliable compression seal. These two components must be tapered so when the nut is tightened it can be compressed properly.
Most importantly, you should take into consideration that your ferrule has a sharp forward edge.
ii. One-piece vs. Two-piece Ferrules
A basic compression fitting has only a single ferrule. This design reduces the overall number of components. It offers reliable work for brass and other soft materials.
However, for some hard materials, as the nut is tightened, the torque can be transferred from the compression nut to the ferrule that will lead to asymmetrical compression.
Thus, adding another ferrule helps in decoupling the nut while preventing the torque transfer.
iii. Asymmetrical vs. Symmetrical Ferrules
Asymmetrical ferrule typically has a cone shape. It can only be positioned in one direction of the fitting.
Meanwhile, symmetrical ferrules have a cone shape on both ends. It can be positioned in either direction in the fitting.
The most common material used is brass. When purchasing a brass compression fitting, you must take precautions and always choose a lead-free one.
- CA360 Brass for bar stock fittings.
- CA377 Brass for forged fittings.
A brass compression fitting is considered more reliable than threaded fittings. However, a brass compression fitting has a low resistance to vibration. Repeated bending of the brass compression fittings can lead to the loss of the ferrule’s grip on the tube.
A brass compression fitting works by compressing the ferrule between the pipe and the tapered surface such as connector, valve, or another type.
The nut is tightened using a grip or a spanner to exert pressure make the ferrule bite the pipe.
A brass compression fitting can work properly if the pipe is cut and cleaned thoroughly.
Teflon tape usually refers to any tape labeled with PTFE or PolyTetraFluoroEthylene. It is also commonly referred to as a plumber’s tape.
Teflon comes with a wide range of thicknesses, widths, and colors.
If your brass fittings do not have a rubber gasket already, you can use Teflon tape. A Teflon tape can help in making effortless and smooth watertight seals.
When applying a Teflon tape, make sure you put it in the male thread direction for a secured result.
A brass compression fitting is reusable in a range of applications like power plants, plumbing, and electrical.
They are often preferred and recommended due to their soft and durable performance.
The three components of the brass compression fittings (compression fitting body, compression nut, and ferrule) are safe to be reused.
However, these materials must be checked before reusing and assembly to ensure that they are still in good connection. Thus, making sure that they will not pose any threat during the assembly process.
Please note that if the connection is not properly installed, leaks can be possible.
In order to decide whether a brass compression fitting is as good as a soldered fitting, we have listed the advantages and disadvantages of this fitting.
Advantages of A Brass Compression Fitting:
- A brass compression fitting is more popular in most industries nowadays since it does not require a solder or flare during assembly.
- Brass compression fittings are also easy to quick to use. You do not need any special skills or special tools to operate. You can do the task by yourself.
- Brass compression fittings are useful in a situation where a soldering torch or any heat source is banned.
- A brass compression fitting is also useful when joining tubes with dissimilar materials. For partial removal or occasional disassembly, a brass compression fitting is an ideal use.
- Brass compression fittings are bulky since it requires different parts to create a seal.
- It is less aesthetically pleasing than soldered fittings.
- Brass compression fittings are less robust than soldered fittings making them susceptible to powerful stress.
- A brass compression fitting has a low tolerance for flexing or bending making it a poor choice for the application that requires lots of bending. It is also not a good choice for applications with excessive tube movement and vibration.
More people opt to over tighten their fittings to ensure a secure connection instead of failing.
However, a common issue that arises due to misconceptions is actually coming from overtightening rather than under-tightening.
So, how can you tell if you over-tightened your connections? Here are some manifestations.
- Tubing and Fittings are Deformed
Tubing and fittings are deformed if you did not follow the proper tightening procedure. You are most likely to encounter problems if these are deformed during the installation.
If you overtighten the fittings, lots of force and pressure are exerted resulting in shape warping and additional damages.
- The Valve or Fitting Body Breaks
Fitting bodies or valves are specially made to ensure sturdiness making it break-resistance. However, if it is broken, you have exerted too much pressure on it. In short, overtightening makes your valve break.
- You Can’t Get the Fitting Off
Obviously, everyone wants a secured tubing connection. However, if it is overly secured, it is possible that you have overtightened it resulting to tube damage.
- Leaks are Starting Off
If the connection starts leaking off, you may consider checking it and see it is overly tightened. If the connection is overtightened, it can lead to deformation. Deformation can also lead to gaps and cracks where leaks can start off.
Overtightening of your compression fittings can provide a direct impact on your applications. These are the common effects of overtightening:
- Increased system leakage
- Increased safety risk and concerns
- Damaged due to overtightening will incur a higher cost for replacement
- Area and equipment damage such as a wall, tube, or floor due to leakage
- Leaking tubes can create pollution and other environmental concerns
- Damaging of valves and tube fittings
- Broken valves and tube fittings
- Inaccurate tube fitting connection
- If your fittings are exposed to maximum tightness level it can aggravate its natural wear process
Yes, a brass compression fitting can be used behind walls specifically in a bathroom since bathroom fixtures are not subjected to excessive movement and vibration.
It can be used for cold and hot water feed lines.
Note: Although you can install a brass compression fitting for a low-pressure behind walls application, you may consider potential problems that will incur. Brass compression fittings can lose over time and can cause leaks behind the walls. If you opt to choose a brass compression fitting behind walls, make sure that it is accessible enough for maintenance and repair.
There are two types of brass compression fittings – Type A or non-manipulative fitting and Type B or manipulative fitting.
Type A or non-manipulative Fitting
This type of brass compression fitting is easy to install. You can install it without any tubing modifications.
You can also assemble these fittings by only using a wrench for tightening the nut.
It is typically used for water connections.
Type B or Manipulative Fitting
When you install a Type B fitting, it requires belling or flaring the tubing.
You may need a special pulling tool for siding the olive and nut away from the tube.
These are commonly used for gas lines.
Mixing and matching a brass compression fitting component is not usually recommended.
Although two different components from different manufacturers look the same, they mostly vary in key internal dimensions such as thread size, pitch, ferrule length, and body/taper.
Mixing and matching brass compression fitting components from different manufacturers can create a variable result.
Before purchasing a brass compression fitting, consider first the size of the pipe or tubing.
Choosing the right size is essential for creating a well-sealed and exact seal.
Here are the size options you can choose:
A brass compression fitting is not likely to leak unless it has a strain or is not installed properly.
If you notice that your fitting is leaking, find out first where the leak is coming from.
Then, turn the water off. It is the best way to stop the leak, avoid get splashed, and save water costs.
After turning off, inspect for any malfunction, take the fitting apart, and reassemble it.
If the leak doesn’t stop after reassembling, you need to replace the fitting and the tubing connected to it.
A brass compression fitting is very common. Their threads don’t match with other thread types.
A brass compression fitting has a straight thread made from brass materials. It is often used for small-diameter tubing or soft copper pipe.
One typical example of a brass compression fitting is the angle stop under a sink.