Somewhere between the loading dock and the freight claim sits a question most procurement teams circle back to: what should we actually be paying for wood dunnage? At Ferrier Industrial, we’ve watched buyers fixate on unit cost only to discover their real expense was hidden in product damage, handling delays, and constant reordering. The wood dunnage price conversation matters, but it’s rarely as simple as comparing line items on a quote.

Getting this right means understanding materials, grades, load requirements, and service life — not just the sticker on a timber beam. We want to walk through what drives dunnage pricing across Australian and New Zealand operations so you can make sharper, more confident decisions when it’s time to commit.

Why Dunnage Material Choice Affects More Than the Quote

Most people think of dunnage as filler timber — cheap offcuts wedged between cargo to stop movement. That’s a dated view. Modern dunnage is specified to match the freight it protects, the transport mode it travels in, and the restraint system it works alongside. The material choice is the single biggest factor in what you’ll pay, and it’s also the biggest factor in how long each piece lasts.

Solid hardwood remains common for general freight. It’s familiar, widely available, and reasonably priced for single-use applications. But hardwood quality varies enormously. Grain direction, moisture content, and the presence of knots all affect how the timber performs under load. A cheap batch of green hardwood might splinter within one trip, meaning you’re buying twice.

Laminated veneer lumber — LVL — sits at the other end of the spectrum. Engineered from eucalyptus veneers and bonded under heat and pressure, LVL is consistent across every piece. No weak spots from knots. No warping from uneven drying. At Ferrier Industrial, we supply LVL dunnage in packing grade for single-use jobs, engineering grade for repeated cycles, and BWR (boiling-water-resistant) waterproof grade for harsh or outdoor environments. That range means we can match the material to the application rather than forcing one product into every scenario.

Rubber-lined variants add another layer. Our LVL dunnage with vulcanised rubber lining creates a high-friction contact surface that grips coils, pipe bundles, and plate stacks without slipping. That friction reduces the restraint force needed from straps or chains, which in turn reduces wear on those components.

Factors That Drive Wood Dunnage Pricing

Timber Grade and Engineering Specification

Raw material grade is the starting point. Packing-grade timber — typically used once and discarded — costs less per unit than engineering-grade or BWR-grade LVL designed for repeated heavy-duty cycles. The question isn’t which is cheaper upfront. It’s which delivers lower cost per use over time.

When we work with steel mills and heavy transport operators, they rarely choose the lowest initial price. They choose the grade that survives the most loading cycles without replacement, because every changeover means downtime, labour, and disposal.

Dimensions and Custom Profiles

Standard sizes suit general freight, but coil transport, pipe restraint, and plate stacking often demand specific cross-sections. Custom dimensions add to price because they require dedicated cutting, and sometimes purpose-built tooling. That said, a well-specified custom dunnage piece can eliminate packing rework on site, which usually offsets the premium quickly.

We keep a range of standard LVL profiles in stock — from compact sections through to larger beams — and can produce bespoke dimensions when the application calls for it.

Surface Treatment and Rubber Lining

Plain timber works for lighter, low-friction applications. Where grip matters — and it almost always matters with steel coils and heavy cylindrical loads — vulcanised rubber bonded to the timber face changes the equation. The rubber increases the static friction coefficient, meaning the load stays put with less clamping pressure.

Rubber-lined dunnage costs more than bare timber. But the cost difference shrinks considerably when you factor in the reduced damage claims, fewer strap replacements, and faster load securing that come with a proper high-friction surface.

Volume, Supply Continuity, and Logistics

Buying dunnage in bulk lowers the per-unit cost. That’s straightforward. What’s less obvious is how supply continuity affects total expenditure. Irregular ordering patterns force suppliers into smaller production runs, which pushes unit costs up. At Ferrier Industrial, we run JIT (just-in-time) delivery programs and consignment stock arrangements that keep our clients supplied without them holding excessive inventory on site.

Freight cost also matters. Timber is heavy relative to its value, so the distance between the supplier and the point of use can significantly influence the landed wood dunnage price. Our operations in Auckland and NSW allow us to service both Australian and New Zealand customers with shorter lead times and lower transport costs than many offshore alternatives.

Comparing Dunnage Cost on a Per-Use Basis

Single-Use Hardwood vs Multi-Use LVL Timber

The initial outlay for multi-use LVL is higher than for disposable hardwood. That’s a fact. But the comparison needs to account for the number of trips each piece survives. A packing-grade hardwood beam that lasts one cycle at a low unit cost can end up costing far more per load than an engineering-grade LVL beam that runs through dozens of cycles before needing replacement.

Here’s where procurement teams often find value in requesting samples and running a short pilot. We encourage this — trialling a small batch of LVL alongside existing hardwood over a defined period gives real data on cycle life, damage rates, and handling time.

• LVL dunnage in BWR waterproof grade suits outdoor stockyards, port-side staging areas, and intermodal container loads where moisture exposure is constant
• Engineering-grade LVL performs well for repeated truck and rail transport of steel coils, pipe, and structural sections
• Packing-grade timber remains appropriate for one-way export loads or lighter general freight where reuse isn’t practical
• Rubber-lined LVL reduces reliance on heavy strap tensioning by providing a high-friction bed for round and flat steel products
• Hardwood dunnage is often specified where client SOPs require natural timber and the load profile is straightforward

Hidden Costs That Inflate Dunnage Spend

Beyond the purchase price, several costs tend to accumulate quietly. Disposal fees for single-use timber add up over time. Labour for sorting and inspecting reusable dunnage is a recurring overhead. Product damage from underperforming dunnage — splintered surfaces, inadequate grip, inconsistent dimensions — shows up as freight claims and customer complaints rather than as a dunnage line item.

We’ve seen operations reduce their overall restraint and packaging spend by switching from cheap, inconsistent hardwood to properly graded LVL. The wood dunnage price per piece was higher, but the total cost of getting cargo from origin to destination dropped noticeably.

Key Considerations for Procurement Teams

When evaluating dunnage pricing, these points help frame the decision beyond simple unit cost:

• Specify the timber grade to match the load type, transport mode, and expected number of use cycles — over-specifying wastes money, under-specifying wastes cargo
• Request friction testing data or static coefficient ratings for rubber-lined options, especially for steel coil and pipe applications
• Factor in disposal and end-of-life costs: LVL can be chipped, recovered for energy, or down-cycled, which may reduce waste levies
• Confirm dimensional tolerances — dunnage that doesn’t fit the cradle, the container floor, or the pallet footprint creates rework and safety risks on the dock
• Evaluate supply models: JIT delivery and consignment stock can reduce warehousing costs while maintaining availability
• Check compliance with client-specific load-restraint standards (for example, BlueScope’s BSL LRG specifications for pipe and tube dunnage)

How We Approach Dunnage Supply at Ferrier Industrial

Our process starts with understanding what the dunnage actually needs to do. We visit the site, review the cargo profiles, map the restraint systems in use, and identify where current dunnage is falling short — whether that’s through breakage, slippage, dimensional mismatch, or excessive waste.

From there, we design or select the right material, grade, and profile. We prototype where needed, especially for custom cross-sections or rubber-lined builds. Controlled pilots let us validate performance before committing to a full-scale rollout. That discipline keeps our clients from over-investing in an untested specification.

We hold consignment stock for clients with steady demand, which means dunnage is available when needed without tying up their warehouse space. Our QA process covers incoming material inspection through to final checks on finished pieces, with traceability on critical components. And because we manufacture LVL dunnage as well as source traditional hardwood, we can recommend the right fit rather than defaulting to whatever’s in stock.

The wood dunnage price we quote reflects the material, the engineering behind it, and the supply assurance that comes with it. We’d rather help you pay the right amount for dunnage that works than sell you the cheapest option and watch it fail on the dock.

Practical Steps for Specifying and Sourcing Dunnage

If you’re reviewing your current dunnage spend or setting up a new supply arrangement, these steps give you a solid starting framework:

• Document your cargo types, average weights, and transport modes so the supplier can match timber grade and dimensions accurately
• Collect data on current dunnage failure rates — breakage, slippage, dimensional rejection — to build a baseline for comparison
• Request samples of both standard and rubber-lined options, then run a short pilot alongside existing stock to measure real-world performance
• Define your preferred supply model early: bulk delivery, JIT scheduling, or consignment stock each have different implications for cost and availability
• Confirm end-of-life pathways for used dunnage, including chipping, recycling, or energy recovery, to account for disposal costs in your total-cost analysis

Getting the Right Price for the Right Dunnage

Understanding wood dunnage price means looking past the per-unit figure to see the full picture: material suitability, cycle life, load security, supply reliability, and disposal. The cheapest timber on the market rarely delivers the lowest total cost once you account for damage, rework, and replacement frequency.

At Ferrier Industrial, we’re happy to talk through your specific requirements — cargo types, volumes, restraint configurations, site constraints — and recommend a dunnage solution that balances performance with cost. Share your load profiles with our team, request samples or drawings, and we’ll put together a practical proposal. No pressure, just a straightforward conversation about what’ll work best on your dock.