Industrial Hose Fittings & Connections

Hardie Hose | Hose Tails provide the connection between compatible hose & threaded, ORFS, Storz & other industrial fitting systems used across workshops, mobile plant, pumping equipment, machinery & fluid-transfer applications. With more than 200 Hardie Hose hose tails in the range, there are options across different hose sizes, connection sizes & fitting configurations for repairs, replacement assemblies & new installations.

The range includes barbed hose tails, threaded hose tails, ORFS male & female hose tails, straight & 90° fittings & Storz hose-tail connections. Choosing the right fitting starts with the hose, but it doesn't end there — connection type, fitting size, orientation & the equipment at the other end all matter.

► Straight & 90° hose-tail configurations
► ORFS male & female hose fittings
► Storz hose-tail connections
► Barbed & threaded connection options
► Multiple hose & fitting sizes
► Suitable options for workshop, plant & industrial hose assemblies

For assemblies requiring detachable connections, Quick Couplers & Connectors can be incorporated elsewhere in the system.

What Is a Hose Tail?

A hose tail is a fitting that connects compatible flexible hose to another fitting, coupling, valve or piece of equipment.

The hose end of the fitting is selected to suit the hose, while the opposite connection must match the component it joins.

That makes hose-tail selection a two-sided job.

Before ordering, identify:

► Hose type & internal diameter
► Hose-tail size
► Connection type
► Thread or coupling size
► Male or female configuration
► Straight or angled orientation
► Mating equipment or fitting
► Operating conditions of the complete assembly

Two fittings can suit the same hose while having entirely different connections at the equipment end. Matching the hose diameter alone isn't enough.

Hardie Hose Hose-Tail Types

Different installations require different connection formats. The Hardie Hose range provides multiple configurations so workshops & maintenance teams can replace an existing fitting or assemble a connection around the equipment being serviced.

Barbed Hose Tails

Barbed hose tails provide a mechanical interface between compatible flexible hose & the fitting.

The barb needs to match the hose correctly & the appropriate hose-retention method needs to suit the complete assembly.

They're commonly encountered in workshop, pneumatic, water-transfer & general industrial hose systems.

Where compressed air is the application, the wider Air Hoses & Reels range can help match the delivery hose to the rest of the pneumatic setup.

Threaded Hose Tails

Threaded hose tails allow compatible hose to transition into threaded equipment, valves, manifolds or other fittings.

Thread identification matters.

A connection that appears similar isn't necessarily interchangeable, so check the actual thread & fitting specification rather than judging from outside diameter alone.

This becomes particularly important when replacing components on existing equipment where several fitting standards may be present within the same installation.

ORFS Hose Tails

ORFS hose tails combine a hose connection with an ORFS fitting interface.

Hardie Hose options include different male, female, straight & 90° configurations, allowing the fitting to be matched more closely to the equipment & hose route.

When choosing an ORFS hose tail, confirm:

► Hose-tail size
► ORFS connection size
► Male or female connection
► Straight or 90° configuration
► Mating fitting
► Hose & system requirements

The same hose size can appear across several fitting combinations, so use the complete product specification when comparing options.

Storz Hose Tails

Storz hose tails allow suitable hose assemblies to connect with compatible Storz coupling systems.

They're particularly relevant to suitable water-transfer, pumping & industrial hose installations where Storz connections are already used.

Check both the hose size & Storz connection size before selecting the fitting.

If Storz connections are regularly connected & disconnected on site, keeping the appropriate Hardie Hose | Spanners with the system can make coupling management easier.

Straight vs 90° Hose Tails

Orientation can be just as important as fitting size.

When a Straight Hose Tail Makes Sense?

Choose a straight configuration where the hose can approach the fitting directly without creating an unsuitable bend or interfering with surrounding equipment.

Typical situations include:

► Inline workshop hose assemblies
► Direct machinery connections
► Open pump installations
► Existing straight-fitting replacements
► Installations with sufficient clearance behind the fitting

When a 90° Hose Tail Makes Sense?

A 90° hose tail changes direction at the fitting, making it useful where equipment layout restricts a direct hose approach.

Typical applications include:

► Compact machinery
► Mobile plant
► Pump assemblies
► Equipment frames
► Restricted service compartments
► Connections close to guards or panels

Don't choose an angled fitting purely because it creates a neater-looking installation. The hose route & complete assembly still need to suit the application.

Where Are Hardie Hose Hose Tails Used?

Hose tails are used wherever compatible flexible hose needs to transition into another connection.

Common environments include:

► Industrial workshops
► Manufacturing plants
► Mobile service vehicles
► Agricultural machinery
► Civil & construction equipment
► Pumping installations
► Water-transfer equipment
► Compressed-air systems
► Plant maintenance
► Machinery repairs
► Industrial fluid-transfer systems
► Replacement hose assemblies

A workshop air line & a water-transfer assembly may both contain hose tails, but that doesn't make their components interchangeable.

For pneumatic installations, Air Tools & Compressors covers the broader equipment around the air supply, while Pressure Regulators & Gauges can help with appropriate air-pressure control & monitoring.

How to Choose the Right Hardie Hose Hose Tail

Identify the Hose

Start with the hose itself.

Confirm its type & internal diameter, then determine the fitting requirements specified for that hose.

Avoid choosing a fitting simply because the tail appears to fit inside the hose.

Identify the Equipment Connection

Next, determine what sits at the opposite end.

Is the hose connecting to:

► A threaded port?
► An ORFS fitting?
► A Storz coupling?
► A valve?
► A manifold?
► Another hose assembly?
► A piece of machinery?

This immediately narrows the fitting options.

Confirm Connection Size

Once you've identified the connection family, confirm the required size.

Don't assume the hose size & fitting size will be identical.

Check Male or Female

For fittings available in male & female versions, inspect the mating connection before ordering.

This sounds basic, but it's an easy source of incorrect fitting selection when multiple assemblies are being repaired at once.

Check Orientation

Look at the actual installation.

A fitting may have the correct connections at both ends but still create poor hose routing if the orientation doesn't suit the machinery.

Check the Complete Application

Finally, make sure the hose, fitting & other components are suitable for the application & operating conditions.

A component fitting physically into an assembly doesn't by itself confirm suitability.

Replacing an Existing Hose Tail

When repairing an existing hose assembly, keep the original fitting until the replacement has been positively identified.

Record:

► Hose size
► Fitting type
► Connection size
► Male or female configuration
► Straight or 90° orientation
► Product markings where visible
► Equipment connection

Then inspect why the component needs replacing.

If a connection has failed prematurely, the fitting itself may not be the only problem.

Look for:

► Hose abrasion
► Cuts or cracking
► Damage immediately behind the fitting
► Corrosion
► Damaged mating surfaces
► Poor hose routing
► Contact with machinery
► Repeated movement or twisting
► Unusual stress at the connection

For a practical look at maintenance under demanding industrial conditions, read Quarry Crews Crusher Maintenance.

Building a New Hose Assembly

For a new installation, start with the equipment & application rather than choosing the hose tail first.

A typical assembly may look like:

Equipment → fitting → hose tail → hose → hose tail → fitting → equipment

Each transition needs to work with the components around it.

Before building the assembly, establish:

► What the system is carrying
► Equipment connection at each end
► Hose specification
► Hose size
► Required fitting family
► Connection sizes
► Hose route
► Available clearance
► Installation environment

This is especially important around machinery where hose routing needs to account for guards, frames, servicing access & movement.

Hose Tail vs Quick Coupler

Hose tails & quick couplers can work together, but they perform different jobs.

If machinery or tools need to be disconnected regularly, consider the appropriate Quick Couplers & Connectors as part of the wider assembly.

Hose Tails in Compressed-Air Systems

Compressed-air performance depends on the complete air path rather than one fitting.

A workshop installation may include:

Compressor → regulator → fittings → hose → couplers → air tool

Incorrectly matched components can introduce restrictions, leakage or connection problems elsewhere in the system.

When working on a pneumatic installation, check the hose tail alongside the hose, fittings, couplers & pressure-control equipment rather than treating each component independently.

If you're planning the wider air supply, compare Air Compressors & the appropriate Air Hoses & Reels.

Workshop operators weighing different equipment platforms can also read Air Tools vs Electric: The Real Cost of Ownership for Australian Workshops.

Practical Tips for Better Hose Connections

Match both sides of the fitting. The correct hose-tail diameter with the wrong equipment connection is still the wrong fitting.

Don't identify fittings by appearance alone. Similar-looking connections can use different dimensions or standards.

Keep the original component. When replacing an existing hose tail, having the old fitting available can make identification considerably easier.

Check orientation before ordering. A 90° fitting may have been installed because a straight connection would interfere with the machinery or create unsuitable hose routing.

Inspect the hose near the fitting. Connection points can be areas of concentrated movement & wear.

Avoid forced hose routing. Don't use the hose itself to compensate for a poorly oriented fitting.

Look beyond a recurring failure. If the same fitting or hose end repeatedly develops problems, inspect the surrounding installation & operating conditions.

Check mating components. A new hose tail won't solve a damaged connection on the other side.

For broader equipment upkeep & workshop support, Industrial Shed's Tool & Equipment Care can assist beyond the initial product purchase.

Keep Hose Assemblies Ready for Work

Hose assemblies used around workshops, plant & mobile equipment should be included in routine equipment inspections.

Pay particular attention to:

► Hose ends
► Fittings & couplings
► Abrasion points
► Connection security
► Hose routing
► Signs of leakage
► Damaged mating connections
► Changes in hose condition

Equipment that's checked before busy periods is less likely to surprise you when it's needed most. Spring Jobsite Prep Getting Your Gear Ready covers additional preparation considerations for workshop & jobsite equipment.

For businesses managing recurring workshop consumables & equipment requirements, Industrial Shed's On-Site & Workshop Services can help streamline ongoing supply.