Every week throughout Northern New South Wales, waste oil collection vehicles travel thousands of kilometres collecting used lubricants, hydraulic oils, engine oils, transmission fluids and industrial waste oils from workshops, transport depots, mining contractors, manufacturing facilities and agricultural operations.

While collection vehicles often attract attention due to their tanks, pumps and vacuum systems, one of the most critical components is often overlooked.

The hose.

Without the correct hose, waste oil collection becomes slower, less efficient, more dangerous and significantly more expensive.

Recently Fox Global supplied both Code 901 and Code 969 Composite Hoses to a waste oil collection specialist operating throughout Northern NSW. Their requirement was straightforward:

• Maximum reliability
• Excellent chemical compatibility
• Easy handling
• Long service life
• Reduced downtime
• Improved operator safety

The solution involved selecting the correct composite hose technology for multiple transfer applications.

Why Waste Oil Is More Challenging Than Fresh Product Transfer

Many people assume waste oil behaves similarly to fresh lubricating oil.

In reality, waste oil can be far more aggressive.

Collected waste oil often contains:

• Fuel contamination
• Water contamination
• Solvents
• Degreasers
• Hydraulic fluids
• Grease residues
• Metal particles
• Cleaning chemicals
• Unknown hydrocarbons

Every collection point can present a different product composition.

This variability is one of the primary reasons composite hoses continue gaining popularity throughout Australia’s waste management sector.

Understanding Composite Hose Technology

Unlike conventional rubber hose construction, composite hose utilises multiple layers of engineered materials wrapped around internal and external wire helices.

This creates a hose assembly that combines:

• Flexibility
• Chemical resistance
• Lightweight handling
• Crush resistance
• Vacuum capability
• Pressure capability

The construction typically consists of:

Inner Film Layers

Providing chemical compatibility with transferred products.

Reinforcement Layers

Delivering strength and structural integrity.

Internal Wire Helix

Maintaining hose shape and vacuum performance.

External Wire Helix

Protecting the hose and improving mechanical strength.

Outer Cover Layers

Providing abrasion and environmental protection.

This multi-layered construction creates an exceptionally versatile transfer hose.

Why Waste Oil Operators Prefer Composite Hoses

Waste oil collection contractors face unique operational challenges.

Unlike fixed process plants, collection operators regularly encounter:

• Different customers
• Different products
• Different operating conditions
• Different hose handling methods

Composite hoses provide a practical solution because they offer broad chemical compatibility while remaining lightweight enough for daily use.

Benefits include:

Easier Handling

Composite hoses are generally lighter than equivalent rubber alternatives.

Reduced Operator Fatigue

Particularly important during repeated collection operations.

Excellent Chemical Resistance

Suitable for a broad range of hydrocarbons and petroleum products.

Flexible Construction

Allows easier manoeuvring around tanks, pits and collection points.

Improved Vacuum Performance

Ideal for suction and recovery applications.

Code 901 Composite Hose Explained

Code 901 has become one of the industry’s most widely used composite hose configurations for petroleum and hydrocarbon service.

It is commonly selected for:

• Waste oil transfer
• Lubricating oil transfer
• Diesel transfer
• Fuel oil transfer
• Petroleum products
• Tank truck operations

Key features include:

Broad Hydrocarbon Compatibility

Suitable for numerous petroleum-based products.

Lightweight Construction

Reduces operator handling requirements.

Excellent Flexibility

Particularly useful when accessing difficult collection points.

Vacuum and Pressure Capability

Suitable for loading and unloading operations.

Proven Industry Reliability

Used extensively throughout Australia’s transport and waste industries.

Code 969 Composite Hose Explained

Where Code 901 provides excellent all-round hydrocarbon performance, Code 969 introduces additional capabilities for more demanding applications.

Common uses include:

• Aggressive hydrocarbon transfer
• Chemical contamination risks
• Mixed waste streams
• Industrial waste handling
• Refinery applications
• High-specification tanker operations

Key advantages include:

Enhanced Chemical Resistance

Suitable where product variation may occur.

Increased Operational Versatility

Ideal for operators collecting multiple waste streams.

Long Service Life

Particularly beneficial in demanding environments.

Broad Product Compatibility

Provides confidence when handling variable collected products.

Comparing Code 901 and Code 969

For many waste oil collection businesses, both hose types provide valuable solutions depending on collection requirements.

Real World Example: Northern NSW Waste Oil Collection

The Northern NSW region presents a unique operating environment.

Collection contractors may service:

• Heavy vehicle workshops
• Agricultural operations
• Earthmoving contractors
• Quarries
• Manufacturing facilities
• Local councils
• Marine operators
• Industrial processing facilities

A single collection run may involve dozens of different sites.

Each site can present different contaminants and operating conditions.

The selected Code 901 and Code 969 hoses supplied by Fox Global were chosen specifically to provide flexibility and reliability across a broad customer base.

Common Mistakes When Selecting Waste Oil Hoses

Selecting Purely on Price

The cheapest hose frequently becomes the most expensive.

Premature failures create:

• Downtime
• Cleanup costs
• Labour expenses
• Lost productivity

Ignoring Product Variability

Waste oil is rarely a single product.

Collection operators must consider unknown contamination.

Choosing Excessive Weight

Heavy hoses increase operator fatigue and injury risk.

Neglecting Vacuum Requirements

Some hoses perform well under pressure but poorly under vacuum.

Overlooking Chemical Compatibility

A hose must suit the entire range of collected products.

Safety Considerations for Waste Oil Transfer

Safety remains one of the most important factors in hose selection.

Potential hazards include:

• Product spills
• Environmental contamination
• Operator exposure
• Static electricity
• Hose failure
• Coupling separation

Composite hose systems assist in reducing these risks through appropriate hose construction and compatibility.

Maintenance Practices That Extend Hose Life

Operators can significantly increase service life by following simple maintenance procedures.

Conduct Pre-Use Inspections

Check for:

• Cover damage
• Abrasion
• Kinks
• Coupling wear

Store Correctly

Avoid:

• Sharp bends
• Vehicle traffic
• Direct sunlight where possible

Clean After Use

Particularly important where contaminated products are handled.

Follow Testing Requirements

Regular testing provides confidence in hose integrity.

Replace When Required

No hose lasts forever.

Preventative replacement is considerably cheaper than emergency replacement.

Why Composite Hoses Continue Growing in Popularity

Australia’s waste management industry continues to evolve.

Operators now demand:

• Higher reliability
• Greater versatility
• Reduced downtime
• Improved safety
• Better environmental performance

Composite hoses continue meeting these requirements because they offer a unique combination of:

• Strength
• Flexibility
• Compatibility
• Performance

How Fox Global Supports Waste Management Operators

Fox Global supplies composite hose solutions to customers throughout:

• Northern NSW
• Sydney
• Newcastle
• Melbourne
• Brisbane
• Adelaide
• Perth
• Regional Australia

As a proudly Australian-owned and family-operated business, we understand the importance of keeping equipment operational and minimising downtime.

Our customers value:

Technical Expertise

Helping identify the correct hose for the application.

Fast Response Times

Urgent requirements often require immediate action.

National Supply Capability

Supporting customers across Australia.

Custom Hose Assemblies

Built to suit specific operational requirements.

Quality Components

Designed for demanding industrial environments.

Phone: 1300 852 795

Email: sales@foxglobal.com.au

Industries Using Code 901 and Code 969 Composite Hoses

While waste oil collection remains a major application, these hoses are also widely used throughout:

Mining

Fuel and lubricant transfer.

Civil Construction

Bulk fluid handling.

Chemical Processing

Compatible chemical transfer applications.

Manufacturing

Process fluid transfer.

Oil & Gas

Hydrocarbon movement.

Marine

Fuel and oil transfer systems.

Agriculture

Bulk fuel storage and transfer.

Water Treatment

Specialised process applications.

Waste Management

Collection and transfer operations.

Frequently Asked Questions

What products can Code 901 transfer?

Primarily petroleum-based products including waste oils, lubricants and hydrocarbons.

When should Code 969 be selected?

Where broader chemical compatibility or mixed waste stream exposure may occur.

Are composite hoses suitable for vacuum service?

Yes, many composite hose configurations perform exceptionally well under vacuum conditions.

How often should composite hoses be inspected?

Before use and in accordance with site maintenance requirements.

Can Fox Global supply complete assemblies?

Absolutely. Fox Global supplies complete assemblies ready for service.

Do you supply Australia-wide?

Yes. We support customers nationally.

Can composite hoses be repaired?

Assessment depends on the damage and application. Replacement is often the safest option.

Do you stock common sizes?

Yes. Common configurations are regularly supplied throughout Australia.