Air Hose Reels manufacturer

Air Hose Reels are designed for organized storage, controlled deployment, and convenient handling of compressed air hoses in workshops, factories, automotive service facilities, maintenance stations, manufacturing plants, construction sites, and other pneumatic applications.

A properly configured reel keeps the compressed air hose wound around a drum when it is not being used and provides a controlled connection between the compressed air supply and pneumatic equipment.

Depending on the working environment, Air Hose Reels can be supplied with manual hand-crank or automatic spring rewind mechanisms, different hose capacities, mounting structures, connection sizes, and hose materials.

For compressed air applications, the reel should be selected together with the hose diameter, working pressure, hose length, airflow requirement, connection specification, and installation method.

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Air Hose Reel Specifications

The following are typical specification ranges for industrial Air Hose Reels. Actual specifications depend on hose size, pressure, reel capacity, installation conditions, and the pneumatic equipment being supplied.

Specification	Typical Range / Option
Hose Length	10–50 m
Hose Inner Diameter	6–19 mm
Hose Outer Diameter	10–25 mm
Working Pressure	Up to 35 bar
Hose Capacity	10–50 m
Rewind Type	Manual Hand Crank / Automatic Spring Rewind
Mounting	Wall / Floor / Ceiling / Vehicle / Equipment
Drum Diameter	150–500 mm
Drum Width	80–300 mm
Inlet Connection	1/4" / 3/8" / 1/2" / 3/4"
Outlet Connection	1/4" / 3/8" / 1/2" / 3/4"
Thread Standard	BSP / NPT / Customized
Swivel	Fixed / Rotating
Hose Material	Rubber / PVC / PU / Hybrid / Customized
Reel Material	Carbon Steel / Stainless Steel
Surface Treatment	Powder Coating / Galvanizing / Customized
Hose Guide	Optional / Integrated
Hose Stopper	Optional
Installation Orientation	Horizontal / Vertical
Application	Compressed Air / Pneumatic Tools / Maintenance / Manufacturing

* The actual maximum pressure and hose capacity depend on the selected hose, fittings, swivel, drum configuration, and operating conditions.

Air Hose Reel Capacity

The storage capacity of an Air Hose Reel depends on hose outside diameter, hose length, drum diameter, and drum width.

For example, a 20 m hose with a 10 mm outside diameter requires substantially less drum capacity than a 20 m hose with a 20 mm outside diameter.

Hose Length	Typical Hose ID	Typical Hose OD	Reference Reel Capacity
10 m	6–8 mm	10–12 mm	10–15 m
15 m	6–10 mm	10–14 mm	15–20 m
20 m	6–12 mm	12–18 mm	20–25 m
30 m	8–16 mm	14–21 mm	30–35 m
40 m	10–16 mm	17–23 mm	40–45 m
50 m	12–19 mm	20–25 mm	50 m

These values are reference ranges. The actual drum size should be determined from the hose's outside diameter, construction, minimum bend radius, and required storage length.

Air Hose Diameter and Airflow

Hose inner diameter is particularly important in compressed-air applications because it affects pressure drop and available airflow at the pneumatic tool.

A hose that is too small for the required airflow can create additional pressure loss between the compressor or air header and the tool.

Hose ID	Typical Application
6 mm	Light-duty pneumatic tools and general air service
8 mm	Workshop tools and maintenance
10 mm	General industrial pneumatic tools
12 mm	Higher-flow pneumatic equipment
16 mm	High-air-demand applications
19 mm	High-flow industrial air supply

The actual hose diameter should be selected according to required airflow, hose length, operating pressure, and pneumatic equipment specifications.

Air Hose Reel Working Pressure

Air Hose Reels can be configured for different compressed-air pressure requirements.

Application	Typical Working Pressure
Workshop Air Supply	6–8 bar
Automotive Service	7–10 bar
General Pneumatic Tools	7–12 bar
Industrial Air Systems	8–16 bar
Higher-Pressure Air Applications	16–35 bar

The reel itself should not be considered separately from the hose and connection system. The hose, swivel, fittings, couplings, and reel assembly should have compatible pressure ratings.

For applications above standard workshop pressure, the exact hose construction and connection specifications should be confirmed before selecting the reel.

Manual Air Hose Reels

Manual Air Hose Reels use a hand crank to rotate the drum and wind the compressed air hose.

This configuration is suitable when operators need direct control over hose storage or when the hose is deployed less frequently.

Typical Manual Air Hose Reel Parameters

Hose Length	10–50 m
Hose ID	6–19 mm
Working Pressure	Up to 35 bar
Rewind	Hand Crank
Mounting	Wall / Floor / Vehicle
Drum	Carbon Steel / Stainless Steel
Frame	Carbon Steel / Stainless Steel
Hose Guide	Optional
Swivel	Rotating Swivel
Hose Stopper	Optional
Hose Supply	Reel Only / Reel + Hose

Manual reels are commonly used in maintenance workshops, manufacturing plants, construction sites, service vehicles, and industrial facilities.

Automatic Air Hose Reels

Automatic Air Hose Reels use a spring mechanism to retract the hose after use.

The operator pulls the hose to the required working distance and allows the spring mechanism to return the hose to the reel after completing the pneumatic operation. Automatic rewind is particularly useful in areas where operators repeatedly connect and disconnect pneumatic tools.

Typical Automatic Air Hose Reel Parameters

Hose Length	10–30 m
Hose ID	6–16 mm
Working Pressure	Up to 20 bar
Rewind	Automatic Spring Rewind
Mounting	Wall / Ceiling / Equipment
Drum	Steel / Engineering Material
Frame	Steel / Stainless Steel
Hose Guide	Integrated / Optional
Hose Stopper	Adjustable / Optional
Swivel	Rotating Swivel
Hose Supply	Reel Only / Reel + Hose

The spring mechanism should be matched to hose length, hose weight, hose diameter, and drum dimensions to provide controlled retraction.

Air Hose Reel Dimensions

The reel dimensions depend primarily on hose diameter and required storage length.

Reel Parameter	Typical Range
Drum Diameter	150–500 mm
Drum Width	80–300 mm
Overall Width	150–400 mm
Overall Height	180–550 mm
Mounting Plate Thickness	3–8 mm
Frame Thickness	2–6 mm
Typical Reel Weight	3–25 kg
Maximum Hose Capacity	Up to 50 m

Larger-diameter air hoses and longer hose lengths require increased drum capacity and may require a stronger frame and mounting structure.

Connection Specifications

Compressed air connections need to be matched to the pneumatic system and hose size.

Connection Parameter	Available Options
Inlet	1/4" / 3/8" / 1/2" / 3/4"
Outlet	1/4" / 3/8" / 1/2" / 3/4"
Thread Standard	BSP / NPT / Customized
Quick Coupling	Optional
Swivel	Fixed / Rotating
Fitting Material	Brass / Steel / Stainless Steel
Hose Connection	Threaded / Quick Coupling / Customized
Air Hose	Optional
Air Blow Gun	Optional

For international projects, BSP and NPT thread specifications should be confirmed before production.

Air Hose Reel Construction

An industrial Air Hose Reel normally consists of several components designed to work together.

Reel Drum The drum stores the air hose when it is not in use. Drum diameter and width determine the available hose capacity.

Supporting Frame The frame supports the drum and maintains the reel position during hose deployment and rewinding.

Hand Crank Manual reels use a crank handle to rotate the drum.

Rewind Spring Automatic reels use a spring mechanism to retract the hose.

Swivel Joint The swivel connects the fixed compressed-air supply to the rotating reel without continuously twisting the supply connection.

Hose Guide A hose guide controls the hose path as it enters and exits the drum.

Hose Stopper An adjustable stopper can define the position at which the hose remains outside the reel on automatic rewind models.

Mounting Bracket The mounting bracket secures the reel to a wall, ceiling, vehicle, machine, or other supporting structure.

Air Hose Reel Hose Materials

The hose material affects flexibility, pressure capability, weight, temperature resistance, and suitability for different working environments.

Hose Material	Typical Characteristics	Typical Application
PVC	Lightweight and economical	General workshop air
Rubber	Flexible and abrasion resistant	Industrial and automotive use
PU	Flexible and lightweight	Pneumatic tools and workshops
Hybrid	Balanced flexibility and durability	General industrial use
Customized	Selected according to requirements	OEM / specialized systems

The final hose material should be selected according to working pressure, temperature, abrasion, oil exposure, bending frequency, and required flexibility.

Air Hose Reel Mounting Options

Wall-Mounted Air Hose Reel

Wall-mounted installation creates a fixed compressed-air access point. It is commonly used in workshops, garages, manufacturing plants, maintenance areas, and service stations.

Ceiling-Mounted Air Hose Reel

Ceiling installation can keep the reel above the operator and allow the hose to descend toward the working area. This configuration can help reduce interference with floors and workstations.

Floor-Mounted Air Hose Reel

Floor-mounted reels can be positioned close to machinery or maintenance stations where wall or ceiling mounting is unavailable.

Vehicle-Mounted Air Hose Reel

Vehicle-mounted reels can be integrated into mobile service vehicles, maintenance trucks, and mobile compressed-air systems.

Equipment-Mounted Air Hose Reel

For OEM machinery, the reel can be mounted directly to the equipment so that compressed air is available close to the pneumatic operating point.

Air Hose Reels for Pneumatic Tools

Pneumatic tools require a stable compressed-air supply. The hose reel forms part of the connection between the air source and the tool.

Common pneumatic equipment includes:

Impact wrenches Air drills Pneumatic grinders Air ratchets Blow guns Air sanders Pneumatic screwdrivers Air nailers Spray equipment Other compressed-air tools

For these applications, hose ID, hose length, working pressure, and connection size should be considered together. For example, a high-air-consumption pneumatic tool may require a larger hose ID than a small blow gun. A longer hose can also create greater pressure loss, making hose diameter an important selection parameter.

Air Hose Reel Applications & Matching

Automotive Service: Air Hose Reels are widely used in vehicle workshops, tire service stations, repair garages, and automotive maintenance facilities. Typical equipment includes impact wrenches, air ratchets, blow guns, and other pneumatic tools.
Manufacturing Plants: Production facilities use compressed air for assembly equipment, pneumatic actuators, tools, cleaning, and maintenance. A fixed reel provides a controlled hose access point around workstations.
Industrial Maintenance: Maintenance departments often need compressed air at different equipment locations. Wall-mounted or portable reels allow technicians to extend the hose only when required.
Construction: Construction teams may use pneumatic tools and compressed air at changing work locations. Portable or vehicle-mounted configurations can be selected where mobility is important.
Workshops: Workshops can install Air Hose Reels near benches, service bays, machinery, and tool stations.
Machinery Maintenance: Air reels can be integrated directly into equipment where pneumatic tools or air cleaning are part of routine maintenance.
Mobile Service: Vehicle-mounted reels provide compressed-air access for technicians working away from a fixed workshop.

Application Matching Reference

Application	Hose Length	Hose ID	Rewind	Mounting	Main Consideration
Small Workshop	10–15 m	6–8 mm	Automatic	Wall	Compact installation
Automotive Service	15–20 m	8–10 mm	Automatic	Wall / Ceiling	Frequent tool use
General Workshop	15–30 m	8–12 mm	Manual / Automatic	Wall	Flexible tool access
Industrial Maintenance	20–30 m	10–16 mm	Manual / Automatic	Wall / Floor	Airflow and durability
Manufacturing	20–30 m	10–16 mm	Automatic	Ceiling / Wall	Repeated operation
Construction	20–50 m	10–19 mm	Manual	Floor / Vehicle	Long hose capacity
Mobile Service	15–30 m	8–16 mm	Manual	Vehicle	Mounting stability
High-Airflow Tools	15–30 m	12–19 mm	Manual / Automatic	Wall / Floor	Pressure drop

These are reference configurations. Final selection should be based on the pneumatic tool's required airflow and pressure.

How Hose Diameter Affects Pneumatic Performance

For compressed air, hose diameter is not simply a storage consideration. A small-diameter hose can restrict airflow, particularly when the hose is long or the connected pneumatic tool has high air consumption.

Selection Formula: Air Consumption + Working Pressure + Hose Length + Hose ID + Connection Size

For example, a tool requiring high airflow may need a larger hose ID and larger connection than a low-consumption blow gun. The reel capacity must then be calculated according to the selected hose's outside diameter.

Air Hose Reel Selection Guide

Before selecting an Air Hose Reel, confirm the following specifications:

1. Pneumatic Tool Identify the equipment that will be connected to the reel.

2. Air Consumption Check tool requirement (L/min or CFM).

3. Working Pressure Confirm operating & max system pressure.

4. Hose ID Select based on airflow & length.

5. Hose Length Max distance to working point.

6. Hose OD Determines drum storage capacity.

7. Rewind Type Manual hand crank or spring rewind.

8. Connection Inlet/outlet sizes & BSP/NPT threads.

9. Installation Wall, ceiling, floor, vehicle, equipment.

10. Environment Temp, oil, abrasion, moisture, dust.

Air Hose Reel Customization

Standard configurations may not fit every compressed-air installation. Air Hose Reels can be configured according to:

Hose length Hose ID Hose OD Working pressure Airflow requirement Hose material Drum diameter Drum width Reel capacity Inlet connection Outlet connection BSP / NPT thread Quick coupling Swivel Hose guide Hose stopper Mounting bracket Frame dimensions Surface treatment Manual or automatic rewind

* For OEM projects, customers can provide equipment drawings, existing hose specifications, installation dimensions, pneumatic tool requirements, or air system parameters.

What Information Is Needed for a Quote?

The following information can be used to determine the reel configuration:

Required Information	Example
Application	Automotive workshop
Pneumatic Tool	Impact wrench
Air Consumption	250 L/min
Working Pressure	8 bar
Hose Length	20 m
Hose ID	10 mm
Hose OD	16 mm
Rewind	Automatic
Mounting	Wall
Inlet	1/2" BSP
Outlet	3/8" BSP
Hose Material	Rubber
Environment	Indoor workshop

* For projects where air consumption is not known, providing pneumatic tool model and operating pressure can help determine hose specification.

Materials & Surface Treatment

Industrial Air Hose Reels may operate in environments with oil mist, dust, moisture, mechanical impact, or frequent cleaning.

Component	Material Options
Drum	Carbon Steel / Stainless Steel
Frame	Carbon Steel / Stainless Steel
Mounting Bracket	Carbon Steel / Stainless Steel
Shaft	Carbon Steel / Stainless Steel
Swivel	Brass / Steel / Stainless Steel
Fittings	Brass / Steel / Stainless Steel
Surface Treatment	Powder Coating / Galvanizing / Customized

For outdoor or high-humidity environments, material and surface-treatment requirements should be specified before production.

Air Hose Reels for Industrial Hose Management

A compressed-air reel is not simply a storage accessory. It connects the fixed air supply with the pneumatic tool and must accommodate repeated hose movement. A complete system can be viewed as:

Compressed Air Source → Air Line → Inlet → Swivel → Reel → Air Hose → Coupling → Pneumatic Tool

Each section affects the final operating condition. The hose ID affects airflow. Hose length affects pressure loss. The swivel affects connection movement. The reel determines storage capacity and hose handling. The coupling determines compatibility with the pneumatic tool.

For industrial installations, these components should therefore be considered together rather than selecting the reel separately.

Air Hose Reel FAQ

What is an Air Hose Reel used for?

An Air Hose Reel stores and deploys compressed-air hoses for pneumatic tools, workshops, manufacturing plants, automotive service, maintenance, construction, and mobile service applications.

What pressure can an Air Hose Reel handle?

Typical industrial configurations can be designed for working pressures up to approximately 35 bar. The actual pressure rating depends on the hose, swivel, fittings, and complete reel assembly.

What hose diameter is suitable for compressed air?

Common hose IDs range from approximately 6–19 mm. The correct size depends on airflow demand, working pressure, hose length, and pneumatic tool requirements.

Why is hose ID important for compressed air?

Hose ID affects airflow and pressure drop. High-air-consumption pneumatic tools may require larger hose IDs, especially when using longer hoses.

Can an Air Hose Reel be supplied with a hose?

Yes. The reel can be supplied alone or as a complete reel-and-hose assembly.

Can I use an existing compressed-air hose?

In many cases, yes. The hose OD, length, pressure rating, flexibility, and connection specifications should be checked against the reel.

Are automatic Air Hose Reels available?

Yes. Automatic spring-rewind models are available for applications where hoses are frequently extended and retracted.

What connections are available?

Common connection sizes include 1/4", 3/8", 1/2", and 3/4". BSP, NPT, and customized thread standards can be configured according to the project.

Can Air Hose Reels be mounted on vehicles?

Yes. Vehicle-mounted reels can be integrated into service trucks, maintenance vehicles, mobile workshops, and other mobile compressed-air systems.

Can Air Hose Reels be customized?

Yes. Hose capacity, hose size, pressure rating, drum dimensions, connections, mounting brackets, swivel configuration, rewind mechanism, and surface treatment can be customized.

What information should I provide for a quotation?

Provide the pneumatic tool or application, air consumption, working pressure, hose length, hose ID and OD, connection size, rewind type, mounting method, and working environment.

Request an Air Hose Reel Configuration

Send us your air consumption, working pressure, hose length, hose ID/OD, connection size, mounting method, and application.

For OEM and industrial projects, equipment drawings, pneumatic tool specifications, existing hose data, and installation dimensions can also be provided for a reel configuration matched to the complete compressed-air system.

We're well-known as one of the leading air hose reels manufacturers and suppliers in China for our quality products and good service. Please feel free to buy custom made air hose reels at competitive price from our factory.