Dust Suppression Formulation Analysis & Development

Dust suppression chemicals are widely used across mining, construction, quarrying, logistics, and unsealed road maintenance in Australia. At Labsure, we analyse and evaluate dust suppressant formulations to understand their active components, performance mechanisms, concentration levels, and stability. Whether you aim to enhance effectiveness, improve safety, optimise cost, or develop your own product for local industrial conditions, our team provides advanced formulation analysis and technical support.

Polymer-Based & Advanced Binding Dust Control Systems

These products rely on polymer networks, binding agents, and soil-stabilising mechanisms widely used in mining, unsealed roads, and construction. Our laboratory provides full formulation analysis, performance evaluation, and technical development support to help businesses improve dust suppression efficiency and adapt formulations to Australian site conditions.

Polymer Dust Suppressant (Acrylic / Vinyl / Copolymer Systems)
We analyse polymer composition, solid content, stabilisers, plasticisers, and wetting components to reveal the full structure of the product. Our service includes polymer identification, performance benchmarking, and optimisation strategies for stronger soil cohesion, longer-lasting results, and improved dilution stability. We also support custom polymer-based formula development and production guidance.
Lignin Sulfonate Dust Binder
Lignosulfonate systems vary in purity, molecular weight, dispersants, and stabilising additives. We offer ingredient profiling, quality comparison, and recommendations for reducing stickiness, enhancing curing, or improving penetration on different soil types. Our R&D team can help refine or redesign lignin-based formulas for specific road maintenance or mining applications.
A before-and-after image showcasing the difference in dust levels at a mining site before and after implementing Labsure's dust control measures.
Enzyme-Based Dust Suppression Solution
Enzyme dust suppressants require precise formulation balancing to achieve optimal soil binding. We analyse enzyme types, carriers, stabilisers, surfactants, and activity enhancers. Our services include performance testing, shelf-life evaluation, and optimisation for better compatibility with local soils. We also assist with custom development and scale-up guidance.

Salt, Surfactant & Hybrid Chemical Dust Suppression Systems

These solutions are highly cost-effective and widely used across quarries, civil works, transport yards, and agricultural operations. We provide detailed formulation analysis, concentration profiling, and technical advice to improve stability, efficiency, and environmental performance.

Magnesium Chloride / Calcium Chloride Brine Dust Suppressant
We quantify active chloride salt concentrations, additives, corrosion inhibitors, and stabilisers. Our analysis helps businesses understand brine strength, shelf stability, and moisture-retention performance. We also provide optimisation suggestions to improve safety, reduce corrosion impact, or adapt concentration to different climates and soil conditions.
Surfactant-Based Soil Wetting Dust Control Agent
Surfactant systems often combine wetting agents, dispersants, humectants, and anti-foaming additives. We analyse the surfactant blend ratio, active content, performance efficiency, and interactions with soil types. Our R&D support includes improving penetration, reducing runoff, developing biodegradable versions, and guiding production processes.
Hybrid Polymer–Surfactant Dust Control Concentrate
These multifunctional products combine polymers, surfactants, binders, and stabilisers for enhanced dust suppression. We provide complete formulation breakdown, active ingredient mapping, and compatibility evaluation. Our optimisation service covers improving soil bonding strength, increasing durability, reducing cost, and tailoring concentrate levels for specific application methods.

Start Your Dust Suppressant Analysis Today

Whether you want to understand your product’s composition, improve efficiency, or explore new formulation opportunities, we’re here to support you.
Share your requirements below, and our team will assist with laboratory analysis, R&D support, and technical recommendations tailored to your needs.

By submitting this form, you agree to our Terms and Conditions and Privacy Policy.