Updated: 08.04.2024

Compressed air hose tested 2024: Your guide to comparing and finding the best product

Guide: The decisive criteria when buying pneumatic hose – what you need to know

Compressed air hose: A compressed air hose is an indispensable tool for every workshop and DIY enthusiast. This strong and durable hose allows you to use compressed air tools for a variety of applications from grinding jobs to tire inflation. Our tests have shown that this hose is made of high-quality materials and is therefore particularly hard-wearing. It's lightweight and easy to use, so you can complete your projects quickly and easily. Visit us at Beste-Testsieger.de and find the compressed air hose that is perfect for your needs.
Illustration
Best recommendation
Compressed air hose AUPROTEC safety set, 50m meter, Ø 13mm
Price-performance winner
Compressed air hose Güde 41400 SB compressed air spiral hose 5 m
Compressed air hose HAZET compressed air spiral hose, 7,62 m
Compressed air hose Quartzflex ® fabric hose 50 m roll 13 mm
Compressed air hose STIER SSDL-10/10, 10 m long, 20 bar
Compressed air hose Metabo SUPER AIR 10, resistant
Compressed air hose ECD Germany rubber 10m - inside Ø 9.5mm
Compressed air hose BGS 3250, 10 m, inner diameter 6 mm
Compressed air hose IMPLOTEX spiral hose - length 7,62 meters
Model Compressed air hose AUPROTEC safety set, 50m meter, Ø 13mm Compressed air hose Güde 41400 SB compressed air spiral hose 5 m Compressed air hose HAZET compressed air spiral hose, 7,62 m Compressed air hose Quartzflex ® fabric hose 50 m roll 13 mm Compressed air hose STIER SSDL-10/10, 10 m long, 20 bar Compressed air hose Metabo SUPER AIR 10, resistant Compressed air hose ECD Germany rubber 10m - inside Ø 9.5mm Compressed air hose BGS 3250, 10 m, inner diameter 6 mm Compressed air hose IMPLOTEX spiral hose - length 7,62 meters
Details
Brand Auprotec güde Hazet quartz flex Bull Metabo ECD Germany bgs Implotex
Result
The Best productscoreprice.com1,5Very good!Compressed air hose
Price-value for moneyscoreprice.com1,8goodCompressed air hose
TOP Productsscoreprice.com1,6goodCompressed air hose
TOP Productsscoreprice.com1,7goodCompressed air hose
TOP Productsscoreprice.com2,0goodCompressed air hose
TOP Productsscoreprice.com2,1goodCompressed air hose
TOP Productsscoreprice.com2,2goodCompressed air hose
TOP Productsscoreprice.com2,3goodCompressed air hose
TOP Productsscoreprice.com2,4goodCompressed air hose
Max. working pressure 20 bar 11 bar 10 bar 13 bar 20 bar 20 bar 20 bar 20 bar 20 bar
Length 10 1 2 10 3 3 3 3 2
Flexibility derived from manufacturer information and customer reviews very well great great k. A. very well satisfying very well very well very well
with kink protection
Material PVC PU PU k. A. hybrid polymer k. A. Acrylonitrile Butadiene Rubber PVC PU
can also be used at temperatures below 0 °C
Inner diameter 10 3 8 10 8 8 7 4 5
with clutch
Benefits
  • also available in many other lengths (from 1 m to 50 m).
  • ergonomic locking sleeve
  • impact
  • crush and torsion resistant
  • oil-
  • UV and chemical resistant
  • light spiral hose (approx. 300 g)
  • space-saving
  • space-saving spiral hose with 360° swivel joint on the connections
  • Made in Germany
  • UV and chemical resistant
  • can be used at temperatures up to 82°C
  • oil-
  • high resistance to oily air
  • UV-resistant
  • very high wall thickness: can be pressed in and is kink-resistant
  • High resistance to oily air
  • high pressure resistant
  • space-saving spiral hose
to offer to offer to offer to offer to offer to offer to offer to offer to offer to offer

The best compressed air hose in the test & comparison:
Choose your test winner from our top recommendations.

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Ultimate buying guide: Discover the top comparisons in the field of compressed air hoses - your guide for 2024
The presented comparison of compressed air hoses will guide you to an informed product choice

At a glance
  • A compressed air hose is a flexible hose used to transmit compressed air. It is an important component in numerous industrial applications, such as in the automotive industry, in workshops or in heavy industry. Most compressed air hoses are made of robust, high-quality material that can withstand high pressures and heavy mechanical loads.
  • There are several types of compressed air hose, including hoses with an inner wall of rubber, polyurethane, PVC, or nylon. Depending on the application needs, they can be available in different lengths and diameters. Some hoses have connectors and fittings to allow easy connection to the system or tool.
  • To ensure the longevity of your compressed air hose it is important that it is kept in good condition and free from tears or damage. Regular inspection and maintenance should be carried out to ensure that the hose can be used safely and reliably. When choosing the right hose, it is important to consider the pressure requirements and the nature of the application to ensure it meets the specific needs.

Maximum air power – The flexible compressed air hose for every application

An Compressed air hose is a flexible one hose, the air of one compressors transported to various applications. He will be in the Pneumatics used and is an indispensable Tools in different industries. Compressed air hoses are available in both rubber material and plastic and can have different connection types and diameter measurements.

Key Findings:

  • An Compressed air hose transports air from one compressors to different applications.
  • Compressed air hoses are essential tools in various industries.
  • They are available in rubber material and plastic and have different connection types and diameter measurements.
  • Choosing the right compressed air hose is important for maximum performance and productivity.
  • Compressed air hoses are used in the Pneumatics employed.

Important connection types and connection options

An Compressed air hose can be equipped with different connection types to ensure an easy and quick connection to the compressors or other devices. A popular option is the Compressed air hose with quick coupling, which offers a time-saving and reliable connection. By simply attaching and detaching the coupling, the... hose Can be easily connected to the compressor or other devices. This type of connection is particularly practical when a quick change of the compressed air hose is required.

Another important connecting element is selecting the correct diameter of the compressed air hose. Depending on the application, a compressed air hose with a diameter of 10mm or 20m may be required. A compressed air hose with a smaller diameter of 10mm is suitable for applications where less air volume is required while a hose with a larger diameter of 20m is suitable for applications with higher air requirements. It is important to choose the correct diameter according to the requirements of the specific application.

Comparison of connection types and diameters of compressed air hoses

Connection Benefits Diameter
Quick coupling Easy and fast connection 10mm or 20m
Standard connection Universal connection option 10mm or 20m
Special connection Optimal adaptation to specific devices 10mm or 20m

Selecting the correct connection type and diameter of the compressed air hose is crucial for an efficient and reliable compressed air supply in every application. By considering these important factors, you can ensure that your compressed air system is functioning optimally and achieving maximum performance.

Materials for compressed air hoses

Compressed air hoses can be made from different materials to meet different needs. The two most common materials are rubber and plastic, On rubber tube for compressed air is durable and flexible, making it ideal for use in various environments. It can withstand pressure fluctuations and external influences. A flexible air hose made of rubber is particularly durable and is suitable for applications where high flexibility is required.

An Plastic hose for compressed air is another option that is lighter yet high Press can withstand. Plastic tubing is available in a variety of styles, including polyurethane and PVC. They are corrosion resistant and can also be used in environments exposed to chemical substances or temperature extremes. Plastic hoses offer good resistance to abrasion and are therefore ideal for use in demanding industrial applications.

Selecting the right material depends on individual requirements and the environment in which the compressed air hose will be used. Rubber hoses are recommended for applications that require high flexibility and a long service life. Plastic hoses, on the other hand, are better suited to environments where chemicals or extreme temperatures play a role. Both materials offer their specific advantages and should be selected according to the application requirements.

Advantages of rubber hoses for compressed air:

  • Durability and flexibility
  • Resistant to pressure fluctuations
  • Suitable for different environments

Advantages of plastic hoses for compressed air:

  • Lightweight yet high pressure resistance
  • Corrosion-resistant
  • Resistant to abrasion and chemical influences

Choosing the right compressed air hose is crucial to ensure optimal performance and reliability. It is advisable to take into account the manufacturer's recommendations and seek professional advice if necessary. With a durable, high-quality compressed air hose, you can ensure that your compressed air applications work efficiently and safely.

Advantages of rubber hoses for compressed air Advantages of plastic hoses for compressed air
Durability and flexibility Lightweight yet high pressure resistance
Resistant to pressure fluctuations Corrosion-resistant
Suitable for different environments Resistant to abrasion and chemical influences

Advantages of a compressed air hose

A compressed air hose offers numerous advantages for various applications. No matter whether you compressed air in a Workshop, use on a construction site or in an industrial environment, a high quality air hose is indispensable.

With a compressed air hose you have maximum control and productivity in your work area. You can the compressed air transport reliably and easily to the desired applications. It doesn't matter whether you need a compressed air hose with a diameter of 6mm or 8mm. There are also longer ones Hoses of up to 15mto enable greater reach.

Another advantage of a compressed air hose is its flexibility. It can be easily bent, angled or guided around obstacles to suit the needs of your specific application. This allows you to compressed air to exactly where it is needed.

Advantages of a compressed air hose at a glance:

  • Reliable and easy transport of compressed air
  • Maximum control and productivity
  • Different diameters and lengths for individual requirements
  • Flexibility to adapt to any application

“A compressed air hose is the essential tool to achieve maximum performance and productivity in your work area.”

Advantages of a compressed air hose:
Reliable and easy transport of compressed air
Maximum control and productivity
Different diameters and lengths for individual requirements
Flexibility to adapt to any application

Tips for choosing the right compressed air hose

When selecting a suitable compressed air hose, it is important to consider various factors to ensure the best possible performance and safety. Here are some tips to help you choose the right compressed air hose for your specific application:

1. Maximum operating pressure strength:

Make sure the compressed air hose meets the required maximum pressure it can withstand. A hose with a barrier of 25 bar offers high pressure resistance and is ideal for more demanding applications. Check the manufacturer's recommendations to ensure the hose meets the required pressure requirements.

2. Material and Construction:

Select the correct tubing material depending on the specific requirements of your application. Rubber hoses are durable and flexible while plastic hoses lighter yet robust are. Make sure the hose can withstand the required temperatures, chemicals and environmental conditions.

3. Diameter and Length:

The diameter and length of the compressed air hose are crucial for an efficient air supply. Choose the correct diameter to ensure the desired pressure and airflow. The length of the hose depends on the distance between the compressor and the application. Make sure that the hose is not too short to avoid tension, but also not too long to minimize pressure losses.

4. Connection types:

Check the connection types and connection options of the compressed air hose. Quick couplings allow for an easy and quick connection to the compressor or other devices. Make sure the hose offers the correct connection types for your devices to ensure a safe and reliable connection.

These tips will help you choose the right compressed air hose for your application and ensure an efficient and safe air supply.

Important factors when planning the exhaust air duct

There are several important factors to consider when planning an exhaust duct for your application. The aim is to ensure efficient and trouble-free air flow. Here are some important considerations:

Choosing the right type of pipe

There are different types of Exhaust ducts, including round pipes and flat ducts. A Round tube has smooth interior walls and allows for smooth airflow. A Flat channel can be a good choice in certain situations, but it requires careful matching of the round outlet nozzle to the square one Flat channel.

Avoidance of deflection pieces and reductions

Deflection pieces and Reductions can lead to turbulence and increased back pressure, which can affect the performance of the exhaust duct. It is therefore advisable to minimize the use of such elements and avoid sharp bend angles. Through a straightforward and minimal use of deflection pieces and Reductions the air flow can be optimized.

material selection

The material of the exhaust pipe also plays a role. Aluminum or galvanized steel pipes are sturdy and durable, while plastic pipes are lighter and easier to install. Choosing the right material depends on the specific requirements of your application.

pipe type Benefits Disadvantages
Round tube Smooth interior walls for optimal airflow Difficult adaptation to flat channels
Flat channel Can be favorable in terms of flow Requires adjustment of the outlet nozzle
Plastic sensor tube Lightweight and easy to install Limited robustness compared to metal pipes

When planning your exhaust ducting, it is important to carefully consider these factors to ensure effective and reliable airflow.

Round pipe, flat duct, flexible aluminum pipes and plastic spiral hoses: an overview of exhaust air ducts

When planning an exhaust air system, various options are available to design the exhaust air duct. Depending on the requirements and conditions on site, round pipes, flat ducts, Aluminum flexible tubes or plastic spiral hoses can be used.

Round ducts are a classic choice for exhaust systems. They provide a smooth interior surface that does not affect airflow and do not change under the influence of temperature. Round pipes are therefore particularly suitable when a uniform flow and a minimal pressure loss are required.

Flat ducts, on the other hand, are a popular alternative to round pipes. You can in angular or flattened shapes and allow for easy installation in limited spaces. Flat ducts can be favorable in terms of flow, but require the round outlet connection to be adapted to the angular flat duct.

Flex tubes made of aluminum and plastic spiral hoses

Aluminum flexible tubes offer flexibility and adaptability to structural conditions. They can be stretched and bent to get around obstacles and allow airflow efficiently conduct. Plastic spiral hoses are a more cost-effective option and easy to process. However, they offer less smooth internal surfaces, which can lead to turbulence and loss of performance.

Exhaust duct type Benefits Disadvantages
Round tube – Smooth interior surface for even airflow
– Do not change under the influence of temperature
– Limited flexibility in installation
Flat channel – Easy to install in limited spaces
– Favorable in terms of flow technology
– Adjustment of the round outlet connection required
Aluminum flexible tubes – High flexibility and adaptability
– Avoiding obstacles
- Higher cost
Plastic spiral hose – Cost-effective option
– Easy to process
– Less smooth internal surface
– Turbulence and power losses

Choosing the right type of exhaust duct depends on several factors, including structural conditions, available space and airflow requirements. Careful planning and consideration of all the pros and cons of the various options is crucial optimal solution for your exhaust system.

Deflection pieces and reducers

Deflection pieces and Reductions play an important role in the design of the exhaust air duct. However, they can also lead to turbulence, backflow, increased back pressure and operating noise. It is therefore advisable to minimize the use of reducers and avoid sharp angles to ensure optimal airflow guidance.

Deflection pieces with guide body technology, however, offer an efficient solution. You can guide the exhaust air streams in a targeted manner and forward them with low pressure losses. By specifically directing the air flow, improved performance is achieved, which leads to more efficient removal of exhaust air.

When planning the exhaust duct, it is important to find the right balance between baffles and straight sections. By optimally designing the exhaust air duct, turbulence can be minimized and a smooth air flow can be ensured. This not only contributes to improved performance but also reduces operating noise and increases comfort in the workplace.

The role of silencers

When installing Exhaust ducts Noise reduction plays an important role. Come here Silencer used to dampen the noise of the fan and the exhaust pipe. Silencer are effective in both exhaust and recirculation modes and contribute to a more pleasant working environment by reducing noise pollution.

An Silencer consists of a special construction that allows the airflow to be slowed down and the sound energy to be absorbed. This dampens the noise and minimizes unwanted sound reflections. Silencers are usually installed near the outlet of the exhaust duct to ensure effective noise reduction.

There are different types of silencers that can be selected depending on volume and specific needs. These range from simple, cylindrical silencers to complex, multi-stage models. Choosing the right silencer depends on various factors, including the air flow, the frequency of the noise and the desired noise reduction.

By using silencers, companies can reduce noise pollution and make the working environment more pleasant. At the same time, the legal regulations for the protection of employees are adhered to. By putting silencers in ours Exhaust ducts integrate, we can achieve optimal noise reduction and create a quieter and more comfortable working environment.

Condensation formation in the exhaust air line

When using an exhaust duct, this can occur Condensation formation occur, especially when warm cooking vapors are removed. This condensation can cause problems and affect the performance of the exhaust duct. In order to minimize the formation of condensation, it is recommended to install a backflow flap at the end of the exhaust air line. This flap prevents moisture from entering and thus prevents the Condensation formation.

If vertical exhaust pipes are used, it is advisable to insulate them and equip them with a condensate separator. These measures help to trap and evaporate the condensate before it enters the pipe. This minimizes the formation of condensation and improves the performance of the exhaust air duct.

It is important to check the exhaust pipe regularly for possible Condensation formation to check and take appropriate measures if necessary. In this way, optimal function and performance can be guaranteed.

Problems caused by condensation Solutions
Condensation can drip into the exhaust pipe and cause damage. Installation of a backflow flap at the end of the exhaust air line.
Condensation can affect the performance of the exhaust duct. Insulation of vertically laid exhaust pipes. Use of a condensate separator.
Regular inspection and maintenance of the exhaust duct. Check the exhaust pipe regularly for condensation formation and take appropriate measures.

Wall boxes for connection through the outside wall

Wall boxes are a practical solution when connecting exhaust air ducts through the outside wall. They enable safe and efficient air exchange and prevent dirt and insects from entering. Wall boxes are available in various materials including stainless steel, Plastic and aluminum. They offer a variety of options for connecting Hoods, dryers and other devices that require an exhaust duct. The correct installation and placement of the wall box are crucial for optimal function.

An Wall box usually consists of a casing that is built into the external wall and a hinged device or a flap that allows the connection of the exhaust duct. The folding device or flap opens when the device is in use and closes when the device is switched off. This prevents penetration cold air, dirt and noises into the room.

There are different types of wall boxes, each suitable for specific needs. Some wall boxes are equipped with backflow flaps to prevent air from flowing back and condensation from entering. Other wall boxes offer additional sound insulation properties to reduce noise from outside. When choosing a wall box, it is important to consider individual needs and requirements in order to find the best possible solution.

Advantages of wall boxes:

  • Safe and efficient air exchange
  • Preventing dirt and insects
  • Various connection options
  • Reduction of noise and condensation

A well installed one Wall box ensures smooth operation of the exhaust air duct and contributes to a pleasant indoor climate. By using a wall box, optimal performance of the exhaust duct can be achieved, resulting in improved air quality and protection against harmful emissions. However, professional installation and regular maintenance of the wall box are important to maintain its functionality and efficiency.

Wall box material Benefits
Stainless Steel Durable and rustproof
Plastic Lightweight and easy to install
Aluminium Robust and weatherproof

Motor-controlled wall boxes

Motor-controlled wall boxes provide a modern solution for connecting exhaust air ducts. These wall boxes can be opened and closed via air or remote control, providing great flexibility and ease of use. The motorized control eliminates the need for manual operation, saving time and effort.

Motor-controlled wall boxes are ideal for use in kitchens and other rooms where exhaust ducts are required. They can easily be combined with various extractor hoods and ensure efficient and reliable removal of cooking fumes and odors.

Another advantage of motor-controlled wall boxes is their energy efficiency. By automatically controlling the opening and closing times, only as much energy is used as is actually needed. This saves costs and contributes to sustainability. They also stand out motor-controlled wall boxes through lower noise production, which ensures a more pleasant room climate.

Example of a motor-controlled wall box:

Model steering Energy consumption noise
MK-200 Air control 50 W 45 dB
MK-300 Remote control 35 W 42 dB
MK-400 Air control 60 W 48 dB

The table shows some examples of motor-controlled wall boxes with different models, control types, energy consumption and noise development. The exact selection of the wall box should correspond to the individual requirements and conditions on site.

Conclusion

An Compressed air hose is an essential tool for transporting compressed air in various applications. With the right selection of the compressed air hose, an optimal exhaust air line and the use of silencers and wall boxes, maximum performance and productivity can be achieved.

To ensure the best possible air power, pay attention to the correct dimensions, materials and connection types of your compressed air hose. A compressed air hose can be flexible and provide you with reliable control over air transport.

The planning of the exhaust air duct also plays a crucial role. Avoid reducers and deflection pieces to avoid turbulence and operating noise to minimize. Silencers can also contribute to a more pleasant working environment by effectively dampening noise.

Remember that choosing the right compressed air hose, planning the exhaust duct and using silencers and wall boxes can make a significant contribution to improving your work environment. With the right measures you can achieve maximum air power and optimal results in your application.

FAQ

What connection types and connection options are there for compressed air hoses?

Compressed air hoses can be equipped with quick couplings to enable easy and quick connection to the compressor or other devices.

What materials are used for compressed air hoses?

Compressed air hoses can be made from rubber or plastic, depending on individual requirements and environment.

What are the advantages of a compressed air hose?

A compressed air hose allows compressed air to be transported reliably and easily to various applications, providing maximum control and productivity in your work area.

How to choose the right compressed air hose?

It is important to consider the maximum pressure the hose can withstand and select the correct hose for the specific application.

Which factors should be taken into account when planning the exhaust air duct?

When planning the exhaust air line, you should choose lines that are as short and straight as possible to avoid turbulence and loss of performance.

What types of exhaust ducts are there?

There are round pipes, flat ducts, flexible aluminum pipes and plastic spiral hoses.

What are deflection pieces and reducers in the exhaust air line?

Deflection pieces and reducers can lead to turbulence, backflow, increased back pressure and operating noise and should therefore be minimized.

What role do silencers play?

Silencer can reduce the noise of the fan and exhaust pipe and create a more comfortable working environment.

How do you prevent condensation from forming in the exhaust pipe?

By installing a backflow flap at the end of the exhaust air line, the formation of condensation can be minimized.

What are wall boxes and how are they used?

Wall boxes are used to connect exhaust air ducts through the external wall and can be equipped with backflow flaps to prevent condensation and backflow.

What are motor-controlled wall boxes?

Motor-controlled wall boxes are a modern solution for connecting exhaust air ducts and offer high flexibility and low noise.

What are the most important points when using compressed air hoses?

By selecting the right compressed air hose, an optimal exhaust line and the use of silencers and wall boxes, maximum performance and productivity can be achieved.

Youtube video recommendation for compressed air hose comparison:

How to Shorten / Lengthen a Compressed Air Hose - Quick Couplers + Barbs TUTORIAL

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Comprehensive Guide to Compressed Air Hose: Top Sources for Information and Products

  • Discover more about compressed air hose: your resource guide

    • Compressed air hose Wikipedia: Get comprehensive information about Compressed air hose on Wikipedia, the renowned online encyclopedia that offers in-depth insight into a variety of topics.
    • Compressed air hose YouTube: Explore Compressed air hose through a variety of videos on YouTube. From informative tutorials to product reviews, YouTube offers a rich source of visual content.
    • Compressed air hose Amazon: Discover the extensive product range from Compressed air hose on Amazon. Here you will find a variety of options, user reviews and much more.
    • Compressed air hose eBay: Browse through a large selection Compressed air hose-Products on Ebay. This marketplace offers both new and used options that may meet your needs.

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Comments to "Compressed air hose" Comparison

  1. Luke Schmidt says:

    How flexible is the compressed air hose?

    1. Customer Support - Advisor says:

      Hello Lukas Schmidt,

      Thank you very much for your comment and your interest in our compressed air hose comparison. You support us in our mission!

      The compressed air hose is extremely flexible and can be easily bent into different positions. It is made of high-quality material that has high bending strength. This means it can be used in tight work environments without deforming.

      Best regards from the support team at Stade.

  2. Thea says:

    How flexible is the compressed air hose?

    1. Customer Support - Advisor says:

      Hello Thea,

      A big thank you for your participation in our compressed air hose test & comparison. Your comment helps enrich our work!

      The compressed air hose is very flexible and can be easily bent and positioned to be used even in tight spaces. Due to its flexible nature, it is also resistant to kinks and can therefore be used for a long time.

      Our warmest regards go to Vreden – your support team.

  3. Timo Frederick says:

    What size is the compressed air hose connection?

    1. Customer Support - Advisor says:

      Hello Timo,

      We really appreciate your comment and your interest in our compressed air hose test & comparison. Thank you!

      The compressed air hose has a 1/4 inch connection.

      Best regards to Wittlich.

      support specialist

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