Most transport damage happens because loads move. That statement sounds obvious, but the solutions aren’t always straightforward—especially when you’re handling steel coils, heavy sheet packs, or other weighty cargo across road, rail, and intermodal legs. At Ferrier Industrial, we’ve spent decades working alongside steel producers, transport operators, and logistics teams who need their freight to arrive intact. LVL timber has become central to how we solve cargo protection and restraint problems for these customers.

Laminated veneer lumber offers something that solid hardwood and basic softwood simply cannot match: engineered consistency. Every beam performs the same way. That predictability matters when you’re specifying dunnage for high-value loads or writing SOPs that your crews will follow shift after shift.

This guide covers what makes engineered LVL different, how it fits into transport and restraint applications, and what to consider when you’re evaluating dunnage options for demanding industrial environments.

Why Engineered Wood Outperforms Solid Timber

Solid timber varies. Grain direction shifts, moisture content fluctuates, and hidden defects appear at the worst possible moment. For occasional or light-duty applications, that variability might be acceptable. For industrial dunnage that protects heavy loads worth tens of thousands of dollars, it’s a risk most operators prefer to avoid.

Laminated veneer lumber addresses these concerns through its manufacturing process. Thin veneers—typically sourced from fast-growing eucalyptus plantations—are bonded under heat and pressure with structural adhesives. The result is a composite beam with consistent density, uniform load-bearing capacity, and predictable behaviour under stress.

We supply LVL dunnage in multiple grades to match different operational demands. Packing grade suits single-use scenarios where cost-per-trip matters most. Engineering grade handles multi-use applications where the same beams cycle through your facility repeatedly. BWR waterproof grade (boiling-water-resistant) handles outdoor storage, wet conditions, and export shipments where moisture exposure is unavoidable.

The consistency extends to dimensions too. Unlike solid timber that warps or checks over time, LVL timber products hold their shape. When your cradles, frames, or restraint systems rely on dunnage fitting precisely, dimensional stability becomes essential.

High-Friction Dunnage: Combining LVL with Vulcanised Rubber

Bare wood against steel creates problems. The contact surface is hard, which risks scratching or marking finished product. More critically, bare timber offers limited friction—loads can slide under braking, cornering, or sudden impacts.

Our approach bonds a vulcanised rubber lining to the LVL substrate. This high-friction dunnage grips the load surface while cushioning contact points. The rubber compound provides consistent coefficient of friction across temperature ranges and surface conditions.

For steel coil transport specifically, this combination addresses two simultaneous challenges: preventing lateral movement during transit and protecting product surfaces from handling marks. The rubber lining conforms slightly to the coil profile, distributing pressure rather than concentrating it at point contacts.

We’ve supplied this specification to steel producers and their transport partners for years. The feedback consistently highlights reduced damage claims and faster loading times—operators don’t need to fiddle with secondary restraints when the dunnage itself provides substantial grip.

• High-friction LVL dunnage with vulcanised rubber lining for steel coil and sheet pack applications
• Multiple grades available: packing, engineering, and BWR waterproof for varied operational demands
• Standard dimensional profiles from 50×100mm through to 90×100mm in common lengths
• Approved specifications developed with major steel producers for risk engineering compliance
• Custom sizing and rubber compound options for non-standard applications

LVL Timber in Coil and Sheet Restraint Systems

Bore Vertical and Horizontal Coil Handling

Steel coils present unique restraint challenges. Their cylindrical shape means conventional flat dunnage doesn’t provide adequate support. Coils stored vertically (eye-to-sky) need different considerations than coils transported horizontally.

Our restraint systems use LVL dunnage as the base layer within engineered steel and rubber fixtures. The timber provides the structural foundation—rigid enough to support substantial weight, consistent enough to interface cleanly with welded steel frames or moulded rubber cradles.

For vertical coil storage, dunnage beams space out across truck beds or container floors to create stable platforms. The high-friction rubber lining prevents the coil from walking as the vehicle moves. Combined with bore restraint corners and retaining hardware, the system holds coils securely without crushing or deforming them.

Horizontal coil transport relies on saddle cradles that nest into dunnage bases. The LVL carries the compression load from above while the rubber prevents metal-to-metal contact. This layered approach protects both the coil’s outer wrap and the transport equipment itself.

Sheet Pack and Flat Product Applications

Sheet packs—whether steel plate, aluminium, or other flat stock—present different physics. The load spreads across a wider footprint, but edge damage remains a constant concern. Dunnage beams positioned beneath the pack lift it clear of the deck, preventing moisture pooling and allowing forklift access.

Engineered LVL handles the concentrated loads at bearer points better than softwood alternatives. The laminated structure resists crushing and splitting, maintaining clearance height over multiple trips. For multi-use operations, this durability translates directly to lower dunnage replacement frequency.

We supply standard profiles that suit common pack widths and weights. Where customers handle non-standard dimensions or exceptionally heavy plate, we work through the engineering to specify appropriate beam sections and spacing.

Intermodal and Container Transport Considerations

ISO container shipments add environmental variables that dunnage must survive. Transit times extend to weeks. Temperature swings between port climates. Humidity inside containers fluctuates as temperature changes drive condensation cycles.

Standard packing-grade LVL handles domestic road and rail journeys well. For export shipments or extended container storage, BWR waterproof grade becomes the sensible choice. The boiling-water-resistant adhesive system prevents delamination even under sustained moisture exposure.

Container interfaces also matter. Floor structure, lashing points, and door clearances all influence how dunnage should be positioned. We’ve developed layouts that work with standard container configurations while accommodating the restraint hardware—ratchet straps, dunnage airbags, or fixed lashing—that secures the load during ocean legs.

For customers shipping regularly to the same destinations, standardised dunnage configurations simplify packing procedures and reduce training time for warehouse staff. When everyone knows exactly how the beams should be positioned, loading times drop and consistency improves.

Sustainability and Lifecycle Realities

Timber sourcing matters to procurement teams, especially those operating under environmental policies or reporting frameworks. The eucalyptus plantations supplying our engineered LVL grow substantially faster than equivalent native hardwood species. Plantation management follows sustainable forestry practices, and chain-of-custody documentation is available for customers who need it.

At Ferrier Industrial, we also recognise that sustainability includes how products are used, not just how they’re made. Multi-use dunnage that survives dozens of cycles delivers better environmental outcomes than single-use alternatives requiring constant replacement. Engineering-grade and BWR-grade LVL both support this approach—built to handle repeated loading and unloading without degradation.

End-of-life options exist too. Timber that’s finally reached the end of its service life can be chipped for particleboard manufacturing, used as biomass fuel, or processed through other down-cycling pathways. The vulcanised rubber lining doesn’t prevent these options; it simply needs separation during processing.

Our composite-wood production relationships include facilities that recycle timber waste into new engineered beams. This circular approach reduces virgin material demand while maintaining the performance characteristics that industrial applications require.

Key Considerations When Specifying LVL Dunnage

Selecting the right dunnage involves matching material grade, dimensional profile, and surface treatment to your actual operating conditions. These factors help procurement teams and operations managers make appropriate choices:

• Grade selection based on use pattern: packing grade for single-use or low-cycle applications, engineering grade for regular multi-use, BWR waterproof for wet conditions or export
• Dimensional profile matched to load weights and bearer spacing requirements
• Rubber lining specification for high-friction applications versus bare LVL for general blocking
• Interface compatibility with existing restraint hardware, cradles, and handling equipment
• Spares and replacement strategy for multi-use deployments
• Storage conditions at your facility and downstream customer sites
• Compliance with any customer-specific risk engineering approvals or transport standards

How We Approach LVL Timber Solutions

At Ferrier Industrial, we follow a structured process when working with customers on dunnage requirements. It starts with understanding your specific loads—what you’re moving, how heavy, what surface finish matters, and which transport modes are involved.

From there, we can recommend standard profiles that suit common scenarios or work through custom specifications for unusual requirements. Our engineering background means we’re comfortable reviewing load calculations, restraint force requirements, and interface drawings.

For customers who want to trial before committing to volume, we supply sample quantities for operational testing. This lets your team verify fit, confirm handling works as expected, and identify any adjustments before you scale up orders.

Once specifications are confirmed, we support ongoing supply through JIT delivery and consignment stock arrangements. Dunnage shouldn’t be something you run out of unexpectedly—predictable availability protects your operations from delays caused by missing materials.

Spares and replacement beams are part of the ongoing relationship too. Multi-use dunnage eventually wears out, and having replacement stock readily available keeps your systems operational without emergency procurement scrambles.

Practical Steps for Evaluating Your Dunnage Requirements

Whether you’re reviewing current dunnage performance or specifying for a new application, working through these steps helps clarify what you actually need:

• Document your current load profiles: weights, dimensions, surface sensitivity, and typical transit conditions
• Review damage records and handling incidents to identify where current dunnage underperforms
• Assess single-use versus multi-use economics based on your actual cycle patterns
• Check interface requirements with existing restraint systems, cradles, and handling equipment
• Confirm any customer or regulatory specifications that dunnage must meet
• Consider storage conditions and exposure levels when selecting material grade
• Establish replacement frequency expectations for budgeting and stock planning

Moving Forward with Confidence

LVL timber provides the consistent performance that industrial transport demands. The engineered structure eliminates the variability that makes solid timber unreliable. Combined with high-friction rubber lining, it becomes an active component of your load restraint strategy rather than just passive blocking material.

We at Ferrier Industrial have supplied laminated veneer lumber and associated dunnage products to steel producers, transport operators, and logistics facilities across Australia and New Zealand for years. Our relationships with BlueScope, NZ Steel, and transport partners like K&S have shaped how we approach specifications, supply, and ongoing support.

If you’re evaluating LVL timber solutions for your operations, we’re happy to discuss requirements, review specifications, or arrange samples for testing. Contact our team to share your application details and we’ll provide options that match your actual needs—without overselling or underdelivering.