The Second Order Tells a Different Story

The first order is about proving you can supply the right product.

The second is about delivering the same standard of quality, consistency and service again.

At Fox Global, another batch of custom-manufactured 3-inch (75mm nominal) stainless steel convoluted hose assemblies has been prepared for supply to an Australian customer operating bitumen holding tank equipment.

These assemblies are fitted with Ezi-Lock locking arm camlock couplings and are intended for use on vapour outlet connections associated with heated bitumen storage systems.

This is a repeat supply of a previously manufactured hose configuration.

For Fox Global, repeat orders are particularly valuable because they provide an opportunity to build on an established product specification, maintain consistency and strengthen an ongoing customer relationship.

For the customer, the objective is straightforward: obtain the required hose assemblies without unnecessarily revisiting every detail of a configuration that has already been established.

The latest batch demonstrates an important part of industrial hose supply that can sometimes receive less attention than product specifications alone.

Manufacturing consistency matters.

When industrial equipment requires replacement hoses, customers want to know that the new assemblies have been manufactured to the agreed requirements, use the correct connections and are suitable for their intended service conditions.

In high-temperature industrial applications, those details are especially important.

The construction materials, hose geometry, fittings, seals and installation arrangement all influence the suitability of the completed assembly.

As a proudly 100% Australian-owned and family-operated business, Fox Global understands that industrial customers are looking for more than a product on a shelf.

They need an industrial supply partner that can respond to their requirements, understand their equipment and provide practical solutions.

This repeat order highlights that approach.

Project Overview: 3-Inch Stainless Steel Hose Assemblies for Bitumen Vapour Outlets

The application involves flexible connections associated with the vapour outlets of bitumen holding tanks.

Bitumen is commonly stored and handled at elevated temperatures to maintain its required flow characteristics.

Depending on the tank design and operating conditions, vapours and fumes generated during storage may be managed through engineered venting, collection or treatment arrangements.

Flexible hose connections may form part of these systems.

Unlike a conventional ambient-temperature water transfer hose, a hose installed in a heated bitumen environment may experience several simultaneous operating demands.

These can include:

• Elevated temperatures.
• Repeated heating and cooling cycles.
• Thermal movement of connected equipment.
• Exposure to bitumen fumes or condensate.
• External vibration.
• Restricted installation space.
• Mechanical loading from connected pipework.
• The requirement for dependable coupling security.

The correct hose assembly must be assessed against the actual operating conditions.

The Latest Fox Global Supply

Technical note: The exact stainless steel grade, hose length, braid arrangement, gasket composition, design temperature, pressure rating and test requirements are application-specific and must be verified against the approved assembly specification.

The combination of stainless steel hose construction and locking camlock connections provides a practical starting point for suitable industrial vapour transfer applications.

However, the performance of the completed assembly depends on all components being compatible with the actual service.

Why Repeat Manufacturing Matters in Industrial Hose Supply

Manufacturing a replacement industrial hose is not simply a matter of cutting another length of hose and installing two fittings.

Even when an assembly appears identical to an existing product, the details matter.

A replacement hose must reproduce the requirements that made the original configuration appropriate.

These may include overall length, fitting orientation, materials, sealing arrangements and installation geometry.

Consistency Across Multiple Orders

Consider a maintenance team responsible for several bitumen holding tanks.

If the tanks use similar vapour outlet connections, maintaining consistent hose configurations can help simplify spare parts management.

The purchasing team may be able to reference an established assembly specification rather than beginning the identification process again.

For maintenance personnel, consistent end connections can also reduce uncertainty when preparing replacement equipment.

The benefits may include:

1. Easier identification of replacement assemblies.
2. Improved purchasing efficiency.
3. Reduced risk of ordering incompatible fittings.
4. Greater consistency between maintenance shutdowns.
5. Simpler planning for future hose replacements.
6. More predictable installation arrangements.

These benefits rely on maintaining accurate product records and confirming that the customer’s operating conditions have not changed.

A previous successful supply does not eliminate the need to review changes in pressure, temperature, product composition or installation geometry.

Manufacturing Repeatability Is More Than Matching Appearance

Two hoses may have the same nominal diameter and similar stainless steel fittings yet possess different operating characteristics.

Differences can include:

• Corrugation geometry.
• Wall thickness.
• Material grade.
• Braid construction.
• Minimum bend radius.
• End fitting design.
• Working pressure.
• Temperature limitations.
• Dynamic movement capability.

For this reason, reliable repeat manufacturing relies on the agreed technical specification rather than visual similarity alone.

At Fox Global, our approach to custom hose supply is to establish the customer’s requirements and provide an assembly configuration appropriate to the intended application.

Stainless Steel Convoluted Hose: How the Construction Works

A stainless steel convoluted hose is manufactured with a corrugated metal tube.

These corrugations allow the hose to bend and accommodate certain movements that would be difficult for equivalent rigid pipework.

The construction is particularly useful in industrial applications involving heat, vibration and movement.

Unlike a smooth, rigid pipe, the corrugated geometry creates flexibility while maintaining a continuous metallic pressure boundary.

However, that flexibility comes with important limitations.

Metal hose assemblies must be installed within their specified bend radius, movement and pressure limitations.

The Role of Corrugations

The convolutions provide flexibility by allowing controlled deformation of the hose wall during movement.

Depending on the construction, corrugations may be annular or helical.

The geometry influences:

• Flexibility.
• Bend radius.
• Fatigue resistance.
• Pressure performance.
• Movement capability.
• Internal flow characteristics.

A hose intended for occasional installation adjustment may have different performance requirements from one subjected to frequent cyclic movement.

Selecting the correct construction is therefore essential.

The Role of Stainless Steel

Stainless steel is commonly used in industrial flexible hose construction because it offers useful resistance to elevated temperatures and various corrosive environments.

However, the term stainless steel does not describe a single material.

Different grades have different corrosion resistance, mechanical properties and temperature performance.

Common industrial grades include 304 and 316-series stainless steels.

The correct material depends on the application.

Stainless Steel Grade Comparison

For bitumen vapour applications, the selected stainless steel grade must be compatible with the operating environment.

Potential condensates, cleaning chemicals and any contaminants should also be considered.

Stainless steel should never be assumed universally corrosion-resistant.

Braided and Unbraided Stainless Steel Hoses: Understanding the Difference

Industrial stainless steel hoses may be manufactured with or without external reinforcement.

A common reinforced construction incorporates stainless steel wire braid surrounding the corrugated hose.

The braid provides mechanical reinforcement and helps control pressure-related movement.

However, braided and unbraided hoses are not automatically interchangeable.

For vapour transfer systems, the decision to use a braided or unbraided hose depends on the engineered system requirements.

A vapour outlet should not automatically be assumed to operate at atmospheric pressure.

Likewise, the presence of external braid does not establish that an assembly is suitable for a particular pressure or vacuum.

The full hose specification, including temperature derating and end connection ratings, must be assessed.

The Critical Engineering Challenge: Heat and Movement

A hose installed around heated bitumen equipment may experience different conditions from one operating at ambient temperature.

One important consideration is thermal expansion.

As equipment heats up, tanks, pipework and supporting structures may expand.

When they cool, movement may occur in the opposite direction.

If the system is rigidly connected without suitable movement provisions, these changes can create mechanical loads.

A correctly designed flexible metal hose assembly can help accommodate certain movements.

However, it must be installed in the correct orientation and within its design limits.

Thermal Expansion Is Not the Same as Hose Flexibility

A common misconception is that a flexible hose can accommodate movement in any direction.

It cannot.

Metal hose assemblies have specific limitations.

For example:

• Excessive twisting can cause premature failure.
• Tight bends can damage the corrugated hose.
• Repeated movement below the minimum bend radius can accelerate fatigue.
• Excessive axial movement may be unsuitable.
• Unsupported hose weight can impose additional loads on the assembly.

A flexible connection should therefore be treated as an engineered component rather than an unrestricted movement joint.

Why Temperature Changes the Design

Temperature influences more than the stainless steel tube.

It can also affect:

• Pressure ratings.
• Gasket performance.
• End connection sealing.
• Mechanical properties.
• Fatigue performance.
• Thermal expansion.
• Operator safety.

For example, a hose assembly rated for a particular working pressure at ambient temperature may have a different allowable pressure at elevated temperature.

This is why temperature and pressure must be evaluated together.

The complete assembly must be suitable for the highest and lowest credible operating temperatures.

Ezi-Lock Locking Arm Camlocks: A Small Detail With Significant Importance

The repeat Fox Global hose assemblies incorporate Ezi-Lock locking arm camlock couplings.

These fittings use a cam-and-groove connection arrangement with an additional locking feature designed to help prevent unintended opening of the cam arms.

Camlock couplings are widely used in industrial hose systems because they provide a practical method of connecting and disconnecting hoses without conventional threaded assembly.

However, not every camlock is suitable for every application.

For high-temperature vapour service, the coupling must be assessed for its pressure, temperature, materials and sealing requirements.

Standard Camlocks vs Locking Arm Camlocks

The locking mechanism provides an additional measure of connection security.

It does not eliminate the need for correct installation, inspection or system isolation.

Why Coupling Security Matters

In an industrial environment, hose connections may be exposed to:

• Vibration.
• Equipment movement.
• Accidental contact.
• Repeated handling.
• Maintenance activity.
• Changes in line temperature.

A locking arm arrangement can help reduce the likelihood of inadvertent cam-arm opening.

However, coupling security is only one part of the overall safety assessment.

A leaking gasket, incompatible fitting or damaged hose can still create a hazardous condition even when the cam arms remain locked.

The Often-Overlooked Component: The Gasket

For hot vapour applications, gasket selection is particularly important.

An unsuitable gasket may soften, harden, swell or lose its sealing properties when exposed to elevated temperatures or incompatible chemicals.

Potential gasket materials include various elastomers and specialist sealing compounds.

The correct material cannot be selected from temperature alone.

It must be compatible with the vapour composition, possible condensates, pressure and temperature.

The suitability of the camlock body, gasket and locking mechanism must be confirmed for the actual service conditions.

Bitumen Vapour Systems Require a Different Approach From Liquid Transfer

A vapour outlet hose and a liquid bitumen transfer hose may operate in the same facility but have very different requirements.

This distinction is important.

Liquid bitumen transfer systems may be designed around hot, viscous fluid movement.

Vapour systems, meanwhile, may handle a mixture of gases, fumes and condensable components.

The relevant design conditions can differ considerably.

Vapour Service Considerations

A vapour outlet connection may need to account for:

• Gas and vapour composition.
• Operating temperature.
• Possible condensation.
• System pressure or vacuum.
• Flow resistance.
• Thermal movement.
• Vapour containment.
• Cleaning and maintenance requirements.
• Potential fire and exposure hazards.

Flexible hoses can form part of an engineered vapour management system.

However, a hose does not independently control tank pressure.

Tank venting, pressure relief, vapour recovery and associated safeguards must be designed and managed as part of the complete system.

A flexible hose should not be used to replace an engineered pressure relief device.

Why Condensation Matters

Depending on the system, vapours may cool as they move away from the heated tank.

Some components may condense within the line.

This can influence:

• Internal contamination.
• Flow resistance.
• Drainage requirements.
• Cleaning procedures.
• Corrosion considerations.
• Maintenance frequency.

The presence and composition of condensate must be established from the actual process conditions.

Where accumulation is possible, the line arrangement may need to address drainage and access for cleaning.

The Importance of Correct Hose Length

One of the most common mistakes in custom hose assembly purchasing is specifying length without considering the installed configuration.

An assembly can be manufactured to the requested dimensions and still be unsuitable for the intended installation if the hose routing has not been properly assessed.

For example, a hose that is too short may experience excessive tension or tight bending.

A hose that is unnecessarily long may sag, contact nearby equipment or create additional maintenance issues.

What Should Be Considered?

Before confirming a hose length, review:

1. The distance between connections.
2. The type of movement expected.
3. The required installation geometry.
4. The manufacturer’s minimum bend radius.
5. The location of nearby equipment.
6. Thermal expansion.
7. Hose weight and support.
8. Connection orientation.
9. Access for inspection and maintenance.

Static vs Dynamic Installations

A hose used to accommodate limited thermal movement has different requirements from one that flexes continuously during machinery operation.

In dynamic applications, fatigue resistance becomes especially important.

The expected number of cycles, movement amplitude and operating conditions should be discussed during specification.

For installations involving heated bitumen tanks, a properly routed hose may help accommodate movement without placing unnecessary loads on the adjoining connections.

A Practical Manufacturing Checklist for Repeat Orders

A repeat hose order may appear straightforward, but it is still important to ensure the configuration remains correct.

The following information is useful when manufacturing replacement stainless steel hose assemblies.

Where the original assembly remains suitable, maintaining accurate records can help simplify repeat supply.

Where operating conditions have changed, the specification must be reassessed.

Quality Assurance: What Matters Before a Stainless Steel Hose Leaves the Workshop?

A custom industrial hose assembly should be manufactured and inspected in accordance with the agreed specification and applicable procedures.

Quality assurance begins before the finished hose is packed for dispatch.

For a stainless steel convoluted hose, the relevant checks may include several stages.

Material Identification

Confirm that the hose and fittings correspond to the required specification.

This may involve checking product markings, material information and supplier documentation.

Dimensional Verification

Verify the finished hose length and connection arrangement against the approved requirements.

Incorrect dimensions can affect installation even when the materials are correct.

Visual Inspection

Inspect the hose for visible defects, including:

• Corrugation damage.
• Kinking.
• Mechanical impact.
• Braid damage, where applicable.
• Fitting damage.
• Visible welding defects.
• Contamination.

Connection Verification

Confirm the correct fittings have been supplied.

For locking camlocks, verify that the locking arms and associated components operate as intended.

The correct mating fittings and gaskets must also be available.

Weld Inspection

Where welding is used, the relevant joints should be inspected in accordance with the agreed manufacturing requirements.

Additional inspection or examination may be required for particular applications.

Pressure or Leak Testing

Testing requirements depend on the application and the approved specification.

Where pressure, leak or vacuum testing is required, it must be performed using suitable procedures and competent personnel.

Testing must not exceed the permissible limits of the assembly components.

A successful test also does not guarantee an unlimited service life.

Correct installation and ongoing inspection remain essential.

Documentation

Depending on the customer’s requirements, documentation may include:

• Assembly identification.
• Manufacturing details.
• Material information.
• Inspection records.
• Test records, where applicable.
• Product specifications.
• Relevant declarations or certificates.

Fox Global can discuss project-specific manufacturing, inspection and documentation requirements when preparing quotations.

Why Stainless Steel Hose Assemblies Fail Prematurely

Stainless steel flexible hoses are durable components when correctly specified and installed.

However, they are not immune to damage.

Understanding common failure mechanisms can help operators improve maintenance practices.

1. Excessive Bending

A hose installed below its specified minimum bend radius may experience concentrated stress.

Repeated operation in this condition can accelerate fatigue.

Prevention: Confirm the required bend radius and installation geometry before fitting the hose.

2. Twisting During Installation

Torsional movement is particularly damaging to corrugated metal hoses.

A hose should not be twisted to force its end connections into alignment.

Prevention: Select the correct fitting orientation and allow suitable connection adjustment during installation.

3. Unsupported Hose Weight

A heavy hose assembly may impose unnecessary loads on its end connections if not adequately supported.

Prevention: Provide suitable support without restricting the movement the hose is designed to accommodate.

4. Temperature Beyond Design Limits

Exposure beyond the allowable temperature range may compromise the hose, gasket or other components.

Prevention: Verify the complete assembly’s temperature rating.

5. Incompatible Chemicals

Even stainless steel can experience corrosion under unsuitable chemical conditions.

Prevention: Establish compatibility with the actual process medium and potential condensates.

6. Coupling Damage

Repeated handling, accidental impact or incorrect connection procedures may damage camlock components.

Prevention: Inspect the coupling body, arms, locking mechanisms and sealing surfaces.

7. Abrasion and External Contact

Contact with sharp edges or vibrating equipment may damage the hose or external braid.

Prevention: Improve routing, clearance and mechanical protection.

Inspection and Maintenance for Bitumen Vapour Hose Assemblies

A maintenance program should be based on the operating environment, manufacturer’s recommendations and site requirements.

For heated process equipment, inspections should address both the hose and its surrounding installation.

Suggested Inspection Areas

Before Maintenance

Bitumen vapour systems may present hazards involving heat, pressure, fumes and potentially hazardous atmospheres.

Maintenance should only proceed after the system has been safely isolated, depressurised, cooled where required and assessed under the site’s approved procedures.

Personnel must not open connections simply because a pressure gauge appears to indicate zero.

Trapped pressure, residual vapours and hot surfaces may remain present.

Appropriate controls, permits and personal protective equipment must be determined through the site’s risk assessment.

Common Problems and Their Likely Causes

Any leaking or damaged pressure-containing hose assembly should be removed from service and assessed by competent personnel.

Repairs must follow the applicable manufacturer’s and engineering requirements.

Repeat Orders and the Commercial Value of Reliable Industrial Supply

For industrial maintenance teams, replacement equipment is not always purchased because of an unexpected failure.

Many businesses operate planned maintenance and replacement programs.

These may involve replacing components before they reach an unacceptable condition.

For bitumen storage facilities, planned maintenance is especially valuable because equipment access can be affected by operating temperature, shutdown arrangements and safety requirements.

A dependable supply process can help with:

• Scheduling replacement work.
• Maintaining suitable spare parts.
• Coordinating maintenance shutdowns.
• Reducing procurement uncertainty.
• Standardising equipment specifications.
• Managing supplier documentation.

Why Customers Return to an Established Supplier

A repeat order generally provides an opportunity to continue an established working relationship.

Customers may value the familiarity of dealing with a supplier that understands their previous requirements.

For Fox Global, maintaining that relationship involves providing responsive communication, practical product knowledge and consistent attention to detail.

The latest 3-inch stainless steel hose order is another example of our ongoing involvement in supplying specialised equipment for Australian industrial applications.

Beyond Bitumen: Where Stainless Steel Convoluted Hoses Are Used

Fox Global supplies and sources stainless steel hose assemblies for a broad range of industrial requirements.

The materials and construction must always be selected for the actual operating conditions.

Chemical Processing

Stainless steel hoses may be used for suitable chemical transfer applications where flexibility and material compatibility are required.

Aggressive chemicals may demand specialist alloys or alternative hose constructions.

Mining

Mining operations may require flexible metal hoses for suitable fluid transfer, process equipment and machinery connections.

Vibration, environmental exposure and abrasive conditions can affect product selection.

Water Treatment

Water treatment plants may utilise flexible stainless steel assemblies in pump connections and other engineered installations.

Chemical exposure and corrosion resistance must be considered.

Food and Beverage

Stainless steel hoses are used in selected food and beverage processes.

Hygienic applications require suitable materials, sanitary connections and cleanability.

A standard industrial hose is not automatically appropriate for food-contact service.

Manufacturing

Industrial manufacturing facilities may require flexible metal connections for process equipment, machinery and thermal movement.

Oil and Gas

Specialised stainless steel and alloy hose assemblies may be used in suitable oil and gas applications.

Pressure, temperature, materials and certification requirements can be particularly demanding.

Marine

Marine installations may require flexible metal connections where corrosion resistance and controlled movement are important.

Waste Management

Industrial waste processing systems may use suitable flexible hose assemblies for various transfer and equipment applications.

Agriculture

Selected agricultural processing and industrial pumping operations may benefit from stainless steel flexible connections.

Civil Construction

Civil infrastructure projects may incorporate flexible metal hoses in specialist plant and process installations.

Across these sectors, Fox Global provides technical supply support for industrial hose, fittings and fluid handling equipment.

Jacketed Stainless Steel Hoses: Another Solution for Temperature-Sensitive Products

While the latest bitumen vapour hose order involves convoluted stainless steel assemblies, Fox Global’s broader custom hose capabilities include jacketed hose configurations.

Jacketed hoses are particularly relevant where a process requires heating or cooling around the main product transfer line.

How a Jacketed Hose Works

A jacketed hose incorporates an inner product-carrying hose surrounded by an outer jacket.

The outer jacket can carry a separate heating or cooling medium, depending on the design.

Typical heating media may include:

• Steam.
• Hot water.
• Thermal transfer fluids.

The arrangement can assist with maintaining product temperature during transfer.

Common Applications

Jacketed hose systems may be suitable for:

• Heated bitumen transfer.
• Chocolate processing.
• Viscous oils.
• Adhesives.
• Resins.
• Waxes.
• Temperature-sensitive chemicals.

These assemblies require careful design because the inner and outer circuits may operate at different pressures and temperatures.

The heating medium must also be compatible with the hose materials and process requirements.

Jacketed hoses are a separate product category and should not be confused with the vapour outlet hoses supplied under this repeat order.

Servicing Australia’s Industrial Markets

Fox Global supports customers throughout Australia from our Western Sydney operations.

Our supply capability extends across metropolitan, regional and remote industrial locations.

Sydney and Regional NSW

Supporting manufacturing, transport, infrastructure, chemical processing, water treatment and industrial maintenance operations.

Melbourne and Victoria

Supplying customers involved in manufacturing, food processing, industrial equipment and maintenance.

Brisbane and Queensland

Supporting industrial processing, mining, civil construction, agriculture and transport operations.

Perth and Western Australia

Assisting customers involved in mining, resources, industrial processing and specialist equipment maintenance.

Adelaide and South Australia

Providing industrial hose and fitting supply support for manufacturing, agriculture, infrastructure and maintenance requirements.

Australia-Wide Supply

We also assist businesses in regional and remote locations where access to specialised components can be challenging.

Product availability, manufacturing schedules and freight arrangements depend on the specific requirements.

Frequently Asked Questions

What is a stainless steel convoluted hose?

A stainless steel convoluted hose is a flexible metal hose manufactured with corrugations that allow controlled bending and movement.

It is used in various industrial applications requiring a combination of flexibility and suitable temperature, pressure or corrosion performance.

Are stainless steel hoses suitable for bitumen vapour applications?

They can be suitable where the hose construction, materials, seals, pressure rating and temperature limitations match the actual operating conditions.

The complete assembly must be assessed rather than relying solely on the stainless steel construction.

Why use Ezi-Lock camlocks?

Ezi-Lock locking arm camlocks incorporate an additional mechanism intended to help prevent unintended opening of the coupling arms.

This provides an additional connection security feature.

However, the correct gasket, coupling rating and installation procedure remain essential.

Can stainless steel hoses handle high temperatures?

Many stainless steel convoluted hose constructions are suitable for elevated-temperature service.

The actual maximum allowable temperature depends on the hose materials, end fittings, gaskets, pressure and operating conditions.

Do stainless steel hoses require external braiding?

Not always.

Braiding is selected according to the required pressure capability, movement characteristics and mechanical design.

Unbraided assemblies may be suitable for certain applications.

What is the difference between a stainless steel braided hose and a convoluted hose?

A convoluted hose refers to the corrugated metal tube.

A braided hose generally describes an assembly incorporating external wire reinforcement around the hose.

Many industrial assemblies combine both constructions.

Can Fox Global manufacture custom hose lengths?

Fox Global supplies custom-manufactured industrial hose assemblies to agreed requirements.

Customers should provide the required length, connection details and operating conditions.

Are locking camlocks suitable for every high-temperature application?

No.

The coupling material, gasket, operating temperature and pressure rating must all be compatible with the intended service.

Can stainless steel hoses be repaired?

Some components may be repairable or replaceable under appropriate procedures.

The suitability of repair depends on the nature of the damage, hose design and applicable manufacturer requirements.

Damaged pressure-containing assemblies should not be returned to service without competent assessment.

How often should bitumen vapour hoses be replaced?

There is no universal replacement interval suitable for every installation.

Inspection and replacement requirements depend on the operating conditions, manufacturer guidance, service history and site maintenance program.

Does Fox Global supply hose assemblies Australia-wide?

Yes.

Fox Global supports customers throughout Sydney, Melbourne, Brisbane, Perth, Adelaide and regional Australia.

The Value of Getting the Same Job Right Again

Industrial supply relationships are developed over time.

For customers purchasing specialised hose assemblies, consistency is particularly important.

A repeat order provides an opportunity to maintain the agreed specification, simplify the purchasing process and continue supporting the customer’s operational requirements.

The latest batch of 3-inch stainless steel convoluted hoses fitted with Ezi-Lock locking arm camlocks represents another repeat manufacturing requirement for Fox Global.

These assemblies are destined for bitumen holding tank vapour outlet service, an application where operating temperature, material compatibility, connection security and correct installation all require careful consideration.

For Fox Global, it is another opportunity to support an Australian industrial customer with a specialised hose solution.

As a proudly Australian-owned and family-operated business, we remain committed to providing responsive service, practical technical assistance and dependable industrial supply.

Whether your requirement involves a replacement stainless steel hose, a custom-designed assembly or a larger industrial hose package, our team welcomes the opportunity to assist.

Discuss Your Next Stainless Steel Hose Requirement

Fox Global supplies a broad range of custom industrial hose assemblies, including:

• Stainless steel convoluted hoses.
• Stainless steel braided hoses.
• PTFE-lined stainless steel hoses.
• Jacketed stainless steel hoses.
• High-temperature hose assemblies.
• Custom industrial hose connections.
• Ezi-Lock locking arm camlocks.
• Industrial valves, fittings and fluid transfer equipment.

FOX GLOBAL PTY LTD

Proudly Australian-Owned & Family-Operated

Phone: 1300 852 795

Email: sales@foxglobal.com.au

Website: foxglobal.com.au

Custom industrial hose solutions for Australian manufacturing, mining, infrastructure, chemical processing, water treatment and industrial operations.