Pipe vs Hose vs Tube: 6 Differences and What To Choose?

Pipes, tubes and hoses are important components used in many industries to transport fluids, gases and solids. Although these products can look similar, they differ in various aspects.

If you are an engineer, distributor or B2B buyer, you should understand the differences between pipe, tube and hose. Let’s find out in this guide so you can go with the right product and specify it correctly.

What is a Pipe?

A pipe is a hollow and cylindrical conduit mainly used to carry fluids such as water, oil, gas or other liquids. It has a circular cross-section and rigid structure. Based on the system, you can connect pipes with fittings, threads, welding or flanges. You will find them in plumbing, water supply, oil and gas, HVAC, construction and industrial systems.

What is a Hose?

A hose is a flexible and hollow tube used to transport liquids, gases, coolant or other materials between two points. You can bend and route a hose around equipment and through spaces where you need flexible connections. They are available in various sizes, materials and shapes to match system needs.

What is a Tube?

A tube is a hollow product with a smooth surface and is used to carry fluids or gases in various systems. It offers more flexibility in design. For example: you will find tubes in a circular, square, rectangular or other cross-sectional shape. They can also have either a flexible or rigid structure.

Comparison of Tube vs Pipe vs Hose

Although people mostly use the terms interchangeably, pipes, tubes and hoses have major differences. Each one serves a different purpose and has its own design. To understand which option fits your system, you need to know about factors that set them apart.

1. Application

Tube uses: Tubes are used in both structural and non-structural applications.

• In the automotive industry, you can use tubes in components such as fuel lines and exhaust systems.
• They also support instrumentation systems that require precise fluid control.
• In structural frameworks, tubes can act as load bearing members in buildings and bridges.
• You can use tubes in heat exchangers and boilers because they transfer heat effectively.
• You will also find tubes in food processing, pharmaceutical, medical equipment and semiconductor or hygienic process systems.

Pipe application: Pipes are suitable for these applications.

• You can use them in plumbing systems to supply water/gas and handle drainage.
• In industrial settings, pipes are commonly used to carry chemicals and oils between two places.
• You will also find them in infrastructure projects such as water distribution networks and sewage systems.

Uses of hose: Hoses have a wide range of uses across different industries.

• In the automotive sector, you can use fuel hoses for fuel delivery, coolant hoses for engine cooling systems and air intake hose to supply air to the engine.
• In construction and agriculture, water hoses support water delivery and irrigation.
• Hydraulic hoses are used to carry hydraulic fluid in equipment and machinery.
• In manufacturing, you can use chemical hoses, solvent hoses & abrasive material hoses to transfer different materials.

2. Materials & Manufacturing Process

Tubes and pipes generally use similar materials and production processes. For example, you can produce both stainless steel pipes and steel tubes. Common materials for pipes include alloy steel, carbon steel, stainless steel and other metals.

You can also use rubber or silicone for tube manufacturing. However, they have stricter production requirements. You must control factors such as wall straightness, roundness & thickness of tubes more closely. It means, you have to perform careful testing and inspection for tubes.

On the other hand, hoses use very different materials. You can use EPDM, FKM, silicone rubber, NBR, fluorosilicone rubber and neoprene to manufacture automotive and industrial hoses. Because of these material differences, you have to use different processes to produce hoses compared with tubes and pipes.

3. Sizing / Measurement Methods

To determine the size of the tube, you can use three main dimensions. These include inside diameter (ID), outside diameter (OD) and wall thickness (WT). Unlike pipe sizing, tube dimensions mostly refer to the actual measured OD, ID and wall thickness.

For pipe sizing, you need to follow a more complex system than tube sizing. Instead of using the exact OD and wall thickness alone, you identify a pipe by its nominal pipe diameter (NPS) and wall thickness/schedule.

If we talk about the hose measurement, it mainly depends on the inside diameter (ID). Hoses also commonly use a dash size system. This system tells you about the hose diameter in 1/16-inch increments. For example, a -8 hose can correspond to an 8/16-inch or 1/2-inch nominal ID.

4. Flexibility and Rigidity

Pipe: A pipe is rigid and has almost no flexibility. You cannot bend it by hand because it has a very high level of rigidity. Some plastic pipes are comparatively flexible. Metallic pipe can be bent with appropriate equipment. In some cases, you need heavy mechanical tools, pipe benders and welded fittings to change its direction.

Tube: Tube is semi-rigid to rigid, so it offers more flexibility as compared to pipe. Some thinner or softer tubes can be bent by hand. However, tubes are not designed for continuous bending or flexing during operation. They mostly have a single-wall construction made from metal or plastic and maintain tight dimensional tolerances.

Hose: A hose provides high flexibility and has very low rigidity. You can bend and twist it to fit different layouts. Therefore, hoses can absorb vibration and movement without easily kinking or breaking. They have a multilayer construction with a rubber/thermoplastic inner tube, reinforcement and an outer protective cover.

5. Standards

Tube standards: Tube materials must meet specific standards based on their application. Organizations such as the International Organization for Standardization (ISO) and ASTM International set these standards worldwide.

Pipe standards: Pipes can follow standards from organizations such as ASTM, ANSI, ASME and API. Standards such as ASME B36.10M and ASME B36.19M cover pipe dimensions and requirements. These standards provide reference tables for stainless steel pipes and other manufacturing specifications.

Hose standards: Hoses are used to transport brake fluid, coolant, air, water, hydraulic oil and fuel. So based on the uses, they can follow international standards such as EN, SAE, ISO as well as industry-specific requirements. For automotive brake hoses in the United States, FMVSS No: 106 sets applicable federal safety requirements. And food grade hoses need to fulfill FDA requirements.

6. Service Life and Total Cost

How To Choose the Right Option For Your System?

As an industrial buyer or distributor, you need to select the hose, pipe or tube according to application needs. There are several factors that you should consider which we listed below.

• Space availability: You should check how much space you have for installation and routing. Hoses give the most flexibility for routing through tight spaces and around multiple obstacles. Tubes and pipes let you create custom routes, but they need more space than hoses.

• Material choice: The selection of material must be based on the fluid, temperature, pressure and operating environment. For example, steel and stainless steel suit high-pressure systems. But rubber, silicone, PTFE and plastics fit different fluid and temperature needs. We advise you to share these conditions with your manufacturer to select the right material.

• Hydraulic fluid: It’s also important to pick conduit material that matches hydraulic fluid to prevent damage and leaks. For example, some fluids can damage certain rubber compounds or cause metal corrosion. In such cases, you need a material that can safely handle that specific fluid.

• System pressure: You can use pipes or tubes for very high-pressure systems. Because their rigid structure provides strong stability and minimal expansion under pressure. Hoses are the perfect choice for systems with pressure fluctuations, but you must consider SAE J1273 requirements for better selection. Because their flexibility makes them able to absorb pressure surges and movement.

Conclusion

Do you need a reliable solution for your next project? RONTEIX manufactures quality pipes, tubes and hoses for industrial and automotive applications. You can share your requirements like material, shape, size and quantity.

Our engineers can design products according to your requirements. For small orders and full production, we offer factory direct prices and reliable manufacturing support. 

FAQs

Can a Pipe Be Used Interchangeably With a Hose?

No, you cannot use pipes and hoses interchangeably in most applications. Their flexibility, material construction, pressure performance and connection methods differ. So you should choose the option that matches your system requirements.

Why Do Hoses Degrade Faster in Sunlight?

Sunlight can make hoses degrade faster. UV radiation and solar heat can break down the chemical bonds in rubber, vinyl and plastic. In this scenario, you should consider hoses made of EPDM and silicone coated.