THE CHASSIS PRESERVATION SYSTEM
Stop Buying Containers.
Start Installing Architecture.
Pivot from Static Efficiency to Suspended Load Isolation. Protect your fleet's most valuable asset from the structural violence of loading.
We recognise the complex, intensifying demands on modern mining operations to achieve decarbonisation and fleet automation. For too long, the industry has been trapped by commoditised, payload-at-all-costs narratives that severely compromise the lifespan of multi-million-dollar assets. It is time to abandon outdated frameworks and embrace a definitive engineering advantage.
The Problem
The Obsolescence of Static Efficiency
For decades, the global mining sector has relied on outdated steel trays that are obsolete compared to the Duratray Suspended Isolation system architecture. These conventional designs operate entirely on the physics of elasticity. When heavy rock impacts a rigid steel floor, the metal acts as a spring — storing kinetic energy and instantly releasing it as destructive, high-frequency shockwaves.
$150,000+
Per chassis repair from structural fatigue cracks
Before factoring in the millions in deferred production while assets sit idle in the maintenance bay. You are paying a premium to damage your own equipment.
Dynamic Integrity
The Physics of Preservation
The Duratray Suspended Load Isolation System shifts your operation from merely moving material to actively executing the Chassis Preservation Imperative.
We replace rigid steel floors with a Viscoelastic Hysteresis Interface. When a payload drops, the long-chain polymer molecules within our Z-Axis Kinetic Isolation slide against each other, creating internal friction that converts violent kinetic energy into harmless heat — before it ever reaches the truck's frame.
Unlocking Total Asset Yield
Six pillars of the Fatigue Mitigation Architecture
Parasitic Load Elimination
Sticky materials relentlessly cling to rigid steel, creating a parasitic load that cripples operational efficiency.
Ejeção de material ativo
Our kinetic floor architecture actively sheds sticky material, reducing extreme carryback from up to 35% down to virtually 0%.
Isolamento Biomecânico
Outdated steel structures generate severe noise pollution and Whole Body Vibration (WBV) that exceeds safe operational limits.
Operator Welfare
The Duratray system truncates peak loading forces, lowering health-weighted WBV values from 0.611 m/s² to 0.259 m/s².
Regulatory Compliance
Harmonic isolation delivers a scientifically proven 454% increase in safe operator exposure time, safeguarding your workforce.
Acoustic Power Attenuation
Our impact media physically absorbs sound energy, delivering up to a 5–10 dB reduction in peak noise exposure to support strict ESG compliance.
0%
Retorno
Payload Increase
Decrease in WBV
Sound Reduction
AHS & ELECTRIFICATION
Future-Proofing for Autonomy and Electrification
As Tier 1 miners accelerate the rollout of Autonomous Haulage Systems (AHS), maintaining sensor and battery integrity is critical. Your autonomous sensors cannot read accurately through the violent vibration of a steel body.
Our architecture provides essential high-frequency vibration decoupling. By establishing a clean sensor noise floor, we protect fragile computing hardware — such as LIDAR, GPS, and IMUs — ensuring your robotic fleet performs without error, as well as improved battery life.
Secure the dynamic integrity of your fleet for the next fifty years.
The strategic battleground is no longer defined by the static physics of the weighbridge. True profitability lies in Extensão do Ciclo de Vida do Ativo. Embrace the future of haulage asset preservation.
Insights e Inovações
Continue the Engineering Case
