Admiralty Brass Tubes

Shihang the reliable Admiralty Brass Tubes manufacturer and supplier.

  • Resistant against tarnishing
  • Compactness
  • Ease of blending & joining
  • Resistance to corrosion

Send your inquiries today!

C44300 Tubes
C44300 Tube ASTM B111 ASME SB 111 C44300 Admiralty Brass Seamless Tubes Tubing
ASTM B111 C44300 Tubes

Shihang has over 2 decades of mastery in fabricating ASTM B111 C44300 Tubes. If you`re a retailer, you can make large orders.

C44300 Tube ASTM B111 ASME SB 111 C44300 Admiralty Brass Seamless Tubes Tubing
ASTM B359 UNS C44300 Tube

Shihang is operating in China together with our trained staff and skillful engineers. If you want a reliable ASTM B359 UNS C44300 Tube, communicate with us now.

C44300 Tube ASTM B111 ASME SB 111 C44300 Admiralty Brass Seamless Tubes Tubing
Admiralty Brass Tubes c44300

Efficiently, we can supply your needs when it comes to C27200 Tube.

C44300 Tube ASTM B111 ASME SB 111 C44300 Admiralty Brass Seamless Tubes Tubing
Seamless Admiralty Brass Tubes

Planning to purchase a customized Seamless Admiralty Brass Tubes? Shihang is your top custom provider. Let us know your specific requirements ahead of time.

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  • 100% Meet the Standard
  • Fast Delivery
  • Affordable Prices
  • Over 20 years’ experience

Admiralty Brass Tubes Specifications

Specifications  ASTM / ASME SB 111 / 151 / 466
Standard  ASTM, ASME and API
Size  1/2″ TO 6′ IN OD & NB IN Various SWG & SCH
Outer Diameter  4.00 to 70.00 mm
Well Thickness  Between 0.15mm and 2.50 mm
Length  As Your Requirements;
Types  Seamless / ERW / Welded / EFW / Fabricated / CDW
Form  Round Pipes/Tubes, Square Pipes/Tubes, Rectangular Pipe/Tubes, Coiled Tubes, “U” Shape, Pan Cake Coils, Hydraulic Tubes
End  Plain End, Beveled End, Treaded
Grades  Copper Nickel 90/10 (C70600 ), Cupro Nickel 70/30 (C71500), UNS C71640

Admiralty Brass Condenser Tubes Composition

Chemical Composition
Elements Composition, %
Cu, incl. Ag 70.0-73.0
Sn 0.9-1.2
Ni, incl. Co
Pb 0.06 max
Fe 0.07 max
Zn Balance
As 0.02-0.06
Other named elements

Admiralty Brass Tubes Mechanical Properties

Mechanical Properties
Copper or Copper Alloy UNS No. Temper Designation Annealing temperature, °C Tensile Strength, min Yield Strength, min HV Elongation, min% Expansion of Tube Outside Diameter, in Percent of Original Outside Diameter, %
Code Name ksi Mpa ksi Mpa in 2 in in 50 mm
C44300 O61 annealed 425-650 45 310 15 105 191 65 20

Admiralty Brass Tubes Physical Properties

Copper or Copper Alloy UNS No.
Melting Point Density Coefficients of Linear Thermal Expansion Specific Heat Capacity Thermal Conductivity
°C °F lb/in3 g/cm3 1×10-6/°C @ 20.0 – 30.0 °C 1×10-6/°F @ 70.0 – 570 °F cal/g-°C, 20 °C BTU/lb-°F @ 70°F W/m-K, 20 °C BTU/ft2/ft/h/°F @ 70°F
2140 – 2260 2010-2100 0.308 8.53 16.2 9 0.09 0.09 29 17

Shihang Admiralty Brass Tube

Shihang is a worldwide supplier and manufacturer of exceptional admiralty brass tubes. We are excellent and skillful enough to hold your large orders of the Shihang admiralty brass tubes.

Shihang admiralty brass tubes is a copper-zinc alloy. It contains a small amount of arsenic and tin as well. Shihang is an expert in manufacturing Shihang admiralty brass tubes that are renowned for their excellent resistance characteristics in clean seawater and moderately polluted river water.

Shihang admiralty brass tube is extensively used in different applications as follows:

  • evaporators
  • condensate coolers
  • heaters
  • vent condensers
  • water heaters
  • generator
  • air coolers
  • turbine oil coolers for petrochemical, etc.

Additionally, our admiralty brass tube is constituted 1% tin and 30% zinc. Shihang admiralty brass tube inhibits dezincification in most environments. Admiralty brass tube is extensively used material in manufacturing tubes for the transportation of liquids in the evaporators and coolers.

As a leading manufacturer and supplier, Shihang can provide admiralty brass tube with outstanding characteristics which are required by the industry. Shihang admiralty brass tubes are lightweight, high thermal conductivity, strength, long lastingness, durability, and corrosion-resistance tube.

What’s more, when selecting admiralty brass tubes for different industry requirements, you should consider the properties that match the function and requirements with precision. The following are the important characteristic of Shihang admiralty brass tubes that match your specific applications:

  • Resistant against tarnishing
  • Compactness
  • Ease of blending & joining
  • Flexibility

Shihang is capable of offering and providing excellent quality admiralty brass tubes along with our proper R&D & sophisticated production facilities. We can provide solutions for all sorts of construction applications – with higher functional value, longer life, and superior aesthetic qualities for our most important domains in life.

As a professional producer and distributor, Shihang is capable of providing easily maintainable and problem-free performance products.

Furthermore, we can provide customization facility to design Shihang admiralty brass tubes with application-specific features to satisfy the specific requirement of the evaporators and coolers industry.

Shihang Admiralty brass tubing manufacturing is done along with the help of available latest technology and modern tools. The Shihang admiralty brass tube production is done under the strict supervision of the QC team and professional expert team to achieve the desired outcomes in terms of quality.

We are indeed your one-stop admiralty brass tube supplier and provider that you can count on. Get benefits to our 20 years of admiralty brass tube manufacturing experience.

Once relayed to our sales department we can then supply a detailed quote within one business day or in many cases just a few hours!

Admiralty Brass Tubes: The Complete FAQ Guide

This guide covers everything you need to know about admiralty brass tube such as properties, benefits, disadvantages, chemical composition, and fabrication process, just to mention a few.

So, if you want to import or learn about admiralty brass tubes, read this guide.

What is Admiralty Brass Tube?

Admiralty brass tubes are tubes consisting of zinc and copper and tin alloy.

These elements enhance the performance of admiralty brass tubes in different applications.

Admiralty brass tube

Admiralty brass tube

What are the Properties of Admiralty Brass Tubes?

Admiralty brass tubes have the following properties:

  • High anti-corrosive properties
  • High thermal and electrical conductivity
  • High aesthetic appeal
  • Wear and tear resistance
  • High machining

What are the Benefits of using Admiralty Brass Tubes?

Benefits of using admiralty brass tubes are:

  • Easy to install
  • durable
  • A wide range of use
  • High electrical and thermal conductivity
  • Flexible in terms of use
  • lightweight
  • Anti-corrosive

What are the Disadvantages of Admiralty Brass Tubes?

A significant limitation of using admiralty brass tubes is its purchasing cost, which is high.

Quality admiralty brass tubes are costly to purchase and maintain.

What are the Quality Standards of Admiralty Brass Tubes?

Quality standards for admiralty brass tubes are:

  • API 11AX
  • ASME SB-111
  • ASTM B135
  • ASTM B-111

Which Types of Admiralty Brass Tubes are available?

Admiralty brass tubes are available in the following types:

Admiralty brass tube

Admiralty brass tube

  • Seamless admiralty brass tubes. This type features no joints along its surface.
  • Welded admiralty brass tubes consist of joints on the surface due to the welding process.

What is the Bending Process of Admiralty Brass Tubes?

The main bending methods that you can use on your admiralty brass tubes are:

· Ram-type Bending Method

The primary tool in this method is a ram that uses hydraulic force to push the tube against a set of pivot blocks or rollers.

Besides, the resulting bend features a centerline radius, which can be thrice or four times the overall diameter of the tube.

The process results in the stretching of the tube’s internal diameter substantially since there is no support here.

It is an ideal method to use for square tubing specifications.

Though it is a cheaper method than the others, it is not a reliable option due to several limitations.

· Roll Bending Method

It is the best method to use on large tube bends.

It involves the use of three rolls that you position in a pyramid system.

The designs of the pyramid system can either be horizontal or vertical.

As the rolls rotate, they form a specific bend with a large radius.

· Compression Bending Method

A compression dies, or a roller is a primary tool that you use to bend your admiralty brass tube here.

A stationary die holds the tube in position during the bending process.

It is the best option to use when bending symmetrical admiralty brass tubes.

The resulting bend has an overall diameter which is thrice that of the tube.

· Rotary Draw Bending Method

A rotary draw bending method uses a pressure die to hold the straight tangent of the admiralty brass tube.

The use of a mandrel supports the interior part of the tube around the bending section.

A pressure dies present offers support to the tube’s outer diameter.

These tools ensure the tube has enough support both on the interior and exterior parts.

This results in an adequate bend with no tension on either side.

Which Chemical Elements are Present in Admiralty Brass Tubes?

Admiralty brass tube has 70% copper, 28-29%zinc, and 1-2%tin as the main elements.

Where can you use Admiralty Brass Tubes?

Admiralty brass tube use is common in the following applications:

  • Chemical industry
  • Heating system
  • Paper and pulp industry
  • Power plants
  • Gas and oil industry

How does Admiralty Brass Tubes and Cupronickel Tubes compare?

Chemical composition is the main difference between admiralty brass tubes and cupronickel tubes.

Cupronickel tubes have copper and nickel as the primary elements, while admiralty brass tubes have copper and zinc.

How can you Identify Leakages in Admiralty Brass Tubes?

The use of the following methods helps you in identifying leaking points on your admiralty brass tubes.

· Pressurized Fluid Test

This method involves the use of pressurized fluid flowing through a closed, admiralty brass tube.

It is an ideal method for destructive testing of your tubes.

It replicates the real operation conditions of your tube.

This guarantees easy detection of leaking points and smooth fluid flow during operation.

It is, however, an expensive method to use since you have to clean each part after every test.

The cost of purchasing this equipment is high, which limits its use.

· High-frequency Sound Method

It involves passing of sound over a potential leaking point along the tube and measuring the pitch of the resulting noise.

It is the best method for identifying a potential leaking point.

It is also readily available due to its low cost.

It is, however, not the best option for detecting internal leaking cavities.

It is also a slow process that you cannot rely on when bulk testing your admiralty brass tubes.

How do you Seal Admiralty Brass Tubes?

Sealing an admiralty brass tube prevents leaking, especially around a joint.

The use of an appropriate sealant is common due to its sealing properties.

How do you Select End Caps for Admiralty Brass Tubes?

Selecting an appropriate end cap for your admiralty brass tube involves considering the following:

· Material Type

There are different materials for end caps, including plastic and metals.

The choice of which to use depends on factors like cost and durability.

Metal end caps are durable compared to plastic end caps though they are costly.

· End Configuration

The fitting process should take into account the end configuration of your admiralty brass tubes.

For instance, a threaded end configuration for your tube should fit into a threaded end cap.

· Tube Size

An appropriate end cap should fit within the admiralty brass tube.

This prevents contaminants from entering the tubes, which can have a negative effect on the fluid flow.

How do you Select Admiralty Brass Tubes?

When selecting an admiralty brass tube to use, you need to consider factors such as:

Admiralty brass tube

 Admiralty brass tube

· Working Temperature and Pressure

The working temperature and pressure of your admiralty brass tube should not exceed that of your system.

This is crucial to prevent tube bursting of the fluid; as a result of high pressure or fluid is not flowing due to low pressure.

· Admiralty Brass Tube Dimensions

The dimensions you need to consider here are the thickness, the length, and overall diameter.

These dimensions facilitate fluid flow through the tubes.

Having the right dimensions like the length help in reducing the overall purchasing cost of these tubes.

The dimensions should correspond to the requirements of your system.

· Quality Standards

Quality standard consideration ensures that your tubing system meets the working requirements of your application.

The quality standards give reliability and efficiency to your tubing system.

The best way to ensure you have a quality standard admiralty brass tube is by purchasing these tubes from a reputable manufacturer.

· End Configuration

The end configuration can either be threaded, beveled, or plain.

These end configurations should match that of your tubing system.

That is, a threaded admiralty brass tube should join into a threaded tubing system.

This should be the same as that of a plain and a beveled end configuration.

The configuration is essential in having a tight connection, which prevents leaks.

· Cost

The cost of a particular admiralty brass tube should be within your budget.

This means you have to shop around for the various manufacturers.

However, you don’t need to consider cost alone when choosing your admiralty brass tube.

Other factors that you should consider alongside cost include the quality and warranty of these tubes.

What Factors Affect the Adequate Performance of Admiralty Brass Tubes?

The various factors that reduce the working of your admiralty brass tubes include:

· Tube Thickness

The thickness of admiralty brass tubes should correspond to that of your system for effective performance.

A thicker tube than that of your system increases the fluid pressure through the tube, which can result in tube bursting.

A thinner admiralty brass tube increases the fluid flow pressure through these tubes.

This reduces the overall functioning of your application.

· Presence of Contaminants

The presence of contaminants inside your admiralty brass tubes blocks fluid flow.

This negatively affects the working of these tubes.

You, therefore, need to clean these tubes frequently to enhance their performance.

Can you Cut Admiralty Brass Tubes?

Yes. Cutting of admiralty brass tube is possible through the use of the following methods:

  • Band saw cutting
  • Abrasive cutting
  • Cold sawing
  • Lathe cutting
  • Laser cutting
  • Shear cutting

When selecting a cutting method, you need to check on the following

· Affordability

The different cutting methods have varying costs.

For instance, laser cutting is costly compared to a band saw cutting.

You need to consider the cost factor when selecting an ideal cutting method for your admiralty brass tube.

· Cutting Effect

Cutting methods like a band saw do not leave a desirable cutting effect on your admiralty brass tube.

Such a cutting method is not ideal for tubes that you want further machining on.

The best cutting method should leave an excellent cutting effect on your admiralty brass tube.

· Cutting Duration

Certain cutting methods take long to cut your admiralty brass tubes.

This can be problematic if you want to cut bulky admiralty brass tubes.

What Affects the Cost of Admiralty Brass Tubes?

Among the key factors that affect the cost of your admiralty brass tube includes:

· Type of Admiralty Brass Tube

The different types of admiralty brass tubes have different manufacturing processes that affect their price.

These tubes offer different characteristics that facilitate their operation.

For an accurate cost, you need to know the type that works properly on your system.

This is by checking on the characteristics that each tube offers.

Such characteristics include the operating pressure and temperature and surface appearance.

· Length

Most manufacturers sell their admiralty brass tubes according to their length.

The ideal length of a particular admiralty brass tube should fit into your application.

You, therefore, have to get the exact measurements of the admiralty brass tube before you purchase one.

· Manufacturer

Different manufacturer prices their admiralty brass tubes differently.

This means you have to check on the prices of different manufacturers to obtain one that fits your budget.

How do you Mark Admiralty Brass Tubes?

Marking admiralty brass tubes helps in identifying critical information.

This includes the operating temperature and pressure, length, thickness, and diameter.

You can mark your admiralty brass tubes using the following options:

  • Die stamping
  • Paint stenciling
  • Etching
  • Engraving
  • Surface markings

What are the Available Accessories for Admiralty Brass Tubes?

Available admiralty brass tube accessories include:

· End Tube Caps

End tube caps prevent contaminants from entering your admiralty brass tubes.

This has the effect of reducing fluid flow within the tubes.

· Tube Sealants

This accessory ensures you have a watertight joint.

You need to apply the sealant around the two connecting sections before joining them.

An ideal sealant should not react negatively with your admiralty brass tube.

It should also offer the desired sealing effect.

· Tube Cutter

A tube cutter cuts your admiralty brass tube into pieces that fit your tubing system.

· Tube Bending Tools

The purpose of this accessory is to bend your admiralty brass tubes to fit the requirements of your tubing system.

How do you Weld Admiralty Brass Tubes?

The available welding methods that are available for use on admiralty brass tubes are:

  • Gas metal arc welding
  • Sub arc welding
  • Gas tungsten arc welding
  • Flux-cored welding
  • Shielded metal arc welding

You need to consider the following when selecting an ideal welding method for your admiralty brass tube:

· Type of Admiralty Brass Tube

There are two types of admiralty brass tubes that you have to consider.

That is a welded and seamless admiralty brass tube.

Each of these tubes has different welding characteristics which affect the method you have to use.

· Admiralty Brass Tube Thickness

the different welding methods work best in different tube thickness.

The welding method you select should offer appropriate welding capability to your admiralty brass tube, depending on its thickness.

There should be an indication of the thickness information of a particular tube on the package.

This guides you on which welding method to use.

· Welding Position

An admiralty brass tube can either be in a vertical or horizontal position.

The choice of which welding method should take into consideration these positions.

The method you use should not affect the tube’s position or the functioning of the tube’s system.

· Time Requirements

Available welding methods have different welding speeds.

This is a consideration when you are mass welding admiralty brass tube.

A perfect welding method should be fast and accurate in its process.

· Working Condition

Specific welding methods require cleaning of the admiralty brass tubes before the actual welding process starts.

You, therefore, have to consider the working condition of your welding method for an effective welding process.

What is the Lifespan of Admiralty Brass Tubes?

Admiralty brass tubes have a general lifespan of ten years.

However, some factors affect this lifespan.

They include; the frequency of use, type of fluid flowing through them, and the operating environment.

Which Surface Finishes can you Apply on Admiralty Brass Tubes?

the following are the applicable surface finished for your admiralty brass tube:

  • Matte
  • Mirror
  • Sandblast

The choice of a given surface finish depends on:

· Durability

Certain surface finishes wear out over time, thus reducing their efficiency.

This results in the application of another surface finish, which increases the overall cost.

The surface finish you select should be durable enough for you to enjoy its cost.

· Admiralty Brass Tube Hardness

The hardness level of the admiralty brass tube determines which surface finish to use.

Some surface finishes require grooving, which can be costly if you have a hard tube.

Drilling soft admiralty brass tubes are also not recommended since it affects their structure.

· Desired Surface Appearance

Different surface finishes have a different surface appearance.

For instance, a polished surface finish has a mirror-like surface appearance.

Surface appearance determines where you can use a particular admiralty brass tube.

· Production Speed

The production speed of a given surface finish is vital when you have mass admiralty brass tubes.

An ideal surface finish should be effective and quick to apply.

  • Cost Factor

The cost factor helps in proper budgeting for a particular surface finish for your admiralty brass tubes.

You need to consider the costs of the various surface finishes before selecting the best for your admiralty brass tube.

At Shihang, we manufacture and supply a range of Copper nickel tubes, alongside admiralty brass tubes.

Whether you want seamless or welded admiralty brass tube, Shihang offer a perfect solution for all your need.

Contact us today for competitive prices on CuNi tubes and admiralty tubes.

You can also send the inquiry to email: directly.

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