Ask three suppliers to price the same backyard deck and you can get three very different numbers. That doesn’t always mean someone is overcharging. More often, each quote covers a different scope of work.

The boards are only one line on the bill. Framing, fixings, site preparation, labour and delivery sit underneath, and on many jobs they add up to more than the boards themselves. Here’s what drives the cost of the composite decking Melbourne homeowners are quoted for, and how to compare those quotes fairly.

1. The board price per square metre

Board prices depend on what’s inside the board: capped or uncapped, solid or hollow, thickness and finish. A capped board has a protective outer shell for better stain and fade resistance, and usually costs more.

The quoting unit matters as much as the number. A 145 mm board laid with a 5 mm gap needs about 6.7 lineal metres per square metre, so $15 a metre is really about $100 a square metre. Before you treat any composite decking Melbourne price as final, check whether it’s per metre, per board or per square metre, and whether it covers boards only.

2. Deck size, shape and waste

A 6 m × 4 m deck covers 24 square metres, but you won’t order exactly 24. Most installers add 5–10% for offcuts, and more for diagonal boards or picture-frame borders.

Shape matters too. Steps, curved edges, multiple levels and a deck that wraps around a pool all mean more cuts, more fascia and more hours. If the budget is tight, a simple rectangle gets you the most deck for the money.

3. The subframe and your site

A low deck on a flat, accessible block is the cheapest kind to build. A sloping site, reactive clay soil or an elevated deck needs more footings, bearers and joists, and sometimes an engineer or a building permit.

Replacing an old timber deck? Don’t assume the frame can stay. Composite boards may need joists closer together than the original deck was built with, and the timber has to be sound. Removing and disposing of the old deck is another line to check.

4. Labour, fixings and finishing

Labour is usually the biggest variable after framing. It depends on access, deck height, board direction and how much finishing work is involved.

Composite boards also need compatible hidden clips, starter clips, screws, fascia boards and end trims. Each piece is small, but across a large deck they add up, and non-approved fixings can void the warranty. Ask whether labour is a fixed price for the agreed scope or could change once work starts.

5. Custom lengths and delivery

Standard boards are around 5.4 metres long. A manufacturer that cuts to length can reduce joins and offcuts on long runs, although custom orders may carry a lead time.

Delivery depends on your suburb, order size and access. Long boards need a truck that can get close, so mention narrow driveways or rear-lane access when you ask for a quote.

6. How to compare quotes

Put every quote side by side, line by line: boards, waste allowance, subframe, fixings, fascia, site preparation, labour, delivery and rubbish removal. A cheap quote that leaves out framing isn’t cheap.

The better composite decking suppliers Melbourne homeowners deal with will itemise without being asked and explain what’s excluded. If a supplier won’t, take that as a warning.

Where Tuff Deck fits

Tuff Deck manufactures, supplies and installs composite decking from Dandenong South. Its website gives an indicative range of 100–150 per square metre, depending on design and requirements, and boards can be made to your required size. Send your measurements, a few site photos and your deck height, and ask for a quote that shows exactly what’s included.

Frequently asked questions

How much does composite decking cost per square metre in Melbourne?

Composite decking boards in Melbourne generally cost around $70 to $150 per square metre, depending on the product. At the time of writing (October 2026), imported boards were advertised from about $10 to $15 per lineal metre. Framing, fixings, labour and delivery are extra, so an installed deck costs considerably more.

How much does a 20 m² composite deck cost in Melbourne?

At a board price of $100 to $150 per square metre, 20 m² plus a 10% cutting allowance comes to roughly $2,200 to $3,300 in boards. Framing, fixings, fascia, labour and delivery come on top, and depend on your site and deck height. An itemised quote is the only reliable figure.

Is composite decking more expensive than timber?

Composite often costs more upfront than treated pine and some hardwoods, but it doesn’t need oiling or staining. Over 10 to 15 years, the oil, sanding and labour you save can close much of the gap. Compare the total cost of owning the deck, not just the board price.

Why do composite decking quotes vary so much?

Quotes vary mainly because they cover different scopes. One may include framing, fixings, delivery and labour while another prices boards only. Site access, deck height, design complexity and waste allowance also change the total. Compare quotes line by line rather than by the final figure.

Is it cheaper to install composite decking yourself?

DIY can save on labour for a simple, low deck, but mistakes with joist spacing, expansion gaps or fixings can affect performance and void the warranty. Elevated decks may also need a building permit in Victoria. Follow the manufacturer’s instructions, or pay for professional installation on anything structural.

How do I get an accurate composite decking quote?

Send the supplier your deck measurements, a simple sketch, site photos and the deck height. Mention access limits, any existing decking to remove, and features like steps or fascia. Then ask for an itemised quote covering boards, subframe, fixings, labour and delivery, with exclusions listed.

A fence around an office park and a fence around a truck depot can look alike from the road, but they’re built for different jobs. Pick the wrong one and you pay for it in security, convenience or money.

The short answer: commercial fencing balances security, access and appearance for offices, shops and schools, while industrial fencing puts strength and asset protection first for factories, warehouses and depots. The right choice depends on your site’s risks, traffic and budget, not the label.

What Is Commercial Fencing?

Commercial fencing is perimeter fencing for business premises that deal with the public, such as offices, retail centres, schools, car yards and business parks. Its job is to secure the boundary without making the site feel locked down.

That means good visibility, clean lines and easy entry for staff, customers and visitors. Garrison, C-Thru, tubular steel and chain mesh are the usual choices.

What Is Industrial Fencing?

Industrial fencing is built for sites where physical security and operational safety come first: factories, warehouses, distribution centres, transport depots and storage yards. These sites often hold expensive machinery or stock and see heavy vehicle traffic all day.

Palisade and heavy-duty chain mesh are common here. Still, not every industrial site needs maximum protection. A small warehouse storing low-value goods has very different needs from a utility substation.

Key Differences at a Glance

These are tendencies, not hard rules. The same fence can suit both kinds of site if its specification fits.

Which Fence Types Suit Each Site?

The best material isn’t always the strongest or the dearest. It’s the one that fits how your site is used.

• Garrison: steel vertical rails fixed to horizontal rails and posts. Strong but tidy, it’s a staple of commercial fencing for schools, offices and light industrial sites.

• Palisade: steel pales on rails, often with pointed tops. It’s the classic choice for industrial fencing where you need a tough, visible deterrent.

• Chain mesh: flexible and economical for long boundaries like storage yards and compounds. Its security depends on mesh grade, height and add-ons such as barbed wire.

• C-Thru: welded mesh panels that keep sightlines open, which suits car yards and commercial frontages.

Security and Access

Commercial sites mainly need to stop casual trespass and steer people through controlled entries without feeling unwelcoming. Industrial sites often need fencing that resists climbing and tampering, backed by locked gates, lighting and CCTV.

Access is where the two differ most day to day. A warehouse may need a wide sliding gate for semi-trailers plus a separate pedestrian path, while an office block cares more about pedestrian gates and car park control. Talk through entry points, vehicle sizes, emergency access and after-hours rules with your commercial fencing contractors before anything is designed.

Site Conditions and Durability

Industrial jobs tend to be harder to install, with longer fence lines, sloping ground, underground services and work areas that can’t shut down. A good contractor assesses the site first and stages work around loading bays.

Perth’s conditions affect both types. Strong UV, wind and coastal salt air wear on steel, and industrial fences also take knocks from forklifts and trucks. Hot-dip galvanised steel with a powder coat is a common answer, but regular checks for damaged panels, loose fixings and sagging gates still pay off.

Does Industrial Fencing Cost More?

Not necessarily. Cost follows the specification, not the category. A long industrial boundary in standard chain mesh can cost less per metre than a short commercial frontage with decorative panels and an automated gate.

The main cost drivers are material grade, length and height, ground conditions, footings, coatings, gates and removal of old fencing. Ask commercial fencing contractors for itemised quotes so you can compare like with like.

How to Choose the Right Fence

Start with five questions:

1. What are you protecting: stock, machinery, people or privacy?

2. Who needs to get in, and in what vehicles?

3. Does the fence face customers or the street?

4. How exposed is the site to salt air, wind or vehicle impacts?

5. Will your access needs change as the business grows?

Many sites end up with a mix, such as garrison along the frontage and palisade around the rear yard. Perth-based iBolt Fencing installs both, along with chain mesh, C-Thru and automated gates, which keeps mixed sites simple.

Frequently Asked Questions

Is industrial fencing stronger than commercial fencing?

Usually, because it’s specified for tougher conditions. But real strength depends on the material, design, height, footings and installation quality. A well-specified garrison fence can offer serious security, while a poorly installed industrial fence can still fail.

Can commercial fencing be used for a warehouse?

Yes. Many warehouses use garrison or chain mesh, both common on commercial sites. What matters is whether the fence meets the warehouse’s security needs, gate sizes and site conditions, not which category it falls into.

What is the best fencing for a large industrial site?

Chain mesh is often the most practical option for long boundaries, while palisade suits areas that need a stronger deterrent, such as storage compounds and main entries. A site risk assessment shows where each fits best.

Can you combine commercial and industrial fencing on one property?

Yes, and it’s common. Many businesses run a neater commercial fence along the street and office entry, with heavier security fencing around yards and equipment. It balances presentation with security and can keep costs down.

Do I need a specialist for industrial fencing?

Not always. Many commercial fencing contractors handle both, but check they’ve completed industrial projects, can supply heavy-duty and automated gates, and will assess your site before quoting.

Final Thoughts

Both types do the same basic job, but they weigh security, access and appearance differently. Neither is automatically better. Match the fence to your site’s risks, traffic and environment, compare itemised quotes, and you’ll get a perimeter that protects your business for years.

Security is a major consideration for industrial properties, particularly those storing expensive machinery, equipment, raw materials or valuable inventory. A poorly secured perimeter can expose businesses to unauthorised access, theft, vandalism and unnecessary operational disruptions.

Palisade fencing is widely used in industrial environments because its robust steel construction provides a substantial physical barrier while allowing visibility through the perimeter.

However, not every palisade fence offers the same level of protection. Differences in steel profiles, fence height, panel construction, protective coatings and installation methods can influence security performance and long-term durability.

Before investing in palisade fencing, businesses should understand how these factors affect the suitability of different systems.

This guide explores the key considerations when selecting palisade fence panels for industrial properties and explains how to make an informed decision based on your site’s security requirements.

1. Understand Your Industrial Site’s Security Requirements

Before comparing fencing materials or panel designs, identify what the fence needs to protect.

For example, a warehouse containing valuable electronic equipment may require stronger perimeter protection than an open storage yard holding low-value building materials.

A site-specific security assessment helps determine whether standard fencing is sufficient or whether a more substantial configuration is necessary.

2. Compare W-Section and V-Section Palisade Fence Panels

One of the most important choices involves selecting the appropriate steel pale profile.

Two common options are W-section and V-section designs.

W-Section Palisade Fencing

W-section fencing uses steel pales with a folded profile that resembles the letter W.

This profile can provide rigidity and is often considered for properties requiring a more substantial security barrier.

Actual resistance to damage or forced entry depends on material thickness, connections, foundations and the complete fence design.

V-Section Palisade Fencing

V-section fencing uses a shaped steel pale profile designed to provide rigidity while maintaining a relatively straightforward appearance.

It can be suitable for general industrial boundaries, warehouses and commercial storage facilities.

3. Check Steel Quality, Thickness and Panel Construction

The strength of a palisade fence depends on the materials used and how individual components work together.

When reviewing product specifications, pay particular attention to steel thickness, component dimensions, post spacing and connection methods.

Poorly designed connections or inadequate foundations can compromise an otherwise substantial fencing system.

4. Choose the Right Fence Height and Pale Head Design

Fence height is an important consideration when trying to discourage unauthorised access.

Palisade fencing systems may also be available with different pale head designs.

Rounded or Blunt Tops

Rounded or less aggressive pale ends may be appropriate where reducing the risk of accidental injury is a priority.

Pointed or Security-Style Tops

Some industrial security applications use pointed pale heads to discourage climbing.

However, sharp designs are not suitable for every environment and may be subject to additional safety or regulatory considerations.

5. Consider Corrosion Resistance and Protective Coatings

In Perth, high summer temperatures, seasonal rainfall and varying coastal exposure can influence how steel fencing performs.

When evaluating a fence palisade system, examine the available protective finishes rather than focusing only on appearance.

Hot-Dip Galvanising

Hot-dip galvanising involves applying a zinc coating to steel components.

The coating helps protect the underlying metal against corrosion and is commonly used for outdoor steel structures.

Powder Coating

Powder coating provides a coloured finish that can improve appearance and contribute to surface protection when appropriately specified and applied.

6. Evaluate Visibility and Surveillance Requirements

An advantage of palisade fencing is that its open design allows visibility through the boundary.

A carefully planned fencing system should complement existing security measures.

It should not be treated as a replacement for effective surveillance, access control or site-management procedures.

7. Assess Gate Compatibility and Vehicle Access

Gate design should account for vehicle dimensions, available operating space and expected traffic frequency.

Discuss the required access arrangements before the fencing layout is finalised.

8. Check Installation Methods and Ground Conditions

Even high-quality steel fencing can underperform if its installation is unsuitable.

Before approving the work, ask whether the contractor will carry out a detailed site inspection.

9. Compare Total Costs Instead of Panel Prices Alone

Cost is an important factor when securing large industrial properties.

However, comparing only the price of fencing panels may not provide an accurate picture of the total investment.

Businesses should request itemised quotations that identify material specifications, installation work and exclusions.

10. Consider Maintenance and Long-Term Performance

Palisade fencing is often chosen because steel systems can provide durable perimeter protection with relatively manageable maintenance requirements.

However, outdoor fencing still needs periodic inspection.

Businesses should also ask about workmanship warranties, material warranties and the availability of replacement components.

11. Choose an Experienced Palisade Fencing Contractor

When comparing providers of palisade fence panels, look for evidence of relevant experience and the ability to recommend different specifications based on site requirements.

iBolt Fencing offers palisade fencing solutions in Perth, including W-section and V-section designs, different height options and protective finishes for commercial and industrial applications. Its published installation process includes a site visit and customised planning before installation.

Frequently Asked Questions

What is palisade fencing?

Palisade fencing is a steel security fence made of vertical pales bolted or riveted to horizontal rails, which are fixed to steel posts. It’s usually galvanised and sometimes powder-coated, and it’s widely used around industrial sites, depots and utilities.

What is a fence palisade system made of?

A fence palisade system is made of steel pales (usually W-section or V-section), horizontal rails, posts set in concrete footings, and the fixings that join them. Gates are built in the same profile so the perimeter stays consistent.

What is the difference between W-section and V-section palisade fencing?

The main difference is the shape of the steel pale profile. W-section and V-section systems may be specified for different security requirements, but their actual strength depends on material dimensions, construction and installation.

What heights do palisade fence panels come in?

They are commonly available from around 1.2 m to 3 m high, depending on the supplier and pale profile. The right height depends on your site’s security risk, nearby climbing aids and any local requirements.

Are palisade fence panels suitable for coastal properties?

They can be, provided that the materials and protective coatings are suitable for the level of coastal exposure. More aggressive environments may require enhanced corrosion protection and maintenance.

Conclusion

Choosing the right palisade fence panels for industrial security requires careful consideration of more than appearance and upfront cost.

A well-planned palisade fencing installation can support site security, protect valuable assets and provide dependable boundary protection for years to come.