Developer and manufacturer of specialised coatings for granular fertiliser

Yes. Our coatings are microplastic-free and chemical-free by process design. This is native to our coating architecture, not a post-production compliance measure. The formulations are supported by independently conducted testing through our university research partnerships, which means the claim is verifiable, not self-certified.

Our enzyme-based coating system, developed in collaboration with Elemental Enzymes in Missouri, USA, uses non-living enzyme protection rather than conventional microbial coatings. This is a fundamental design difference: living microorganisms are susceptible to heat and dry conditions and can lose viability during the logistics chain. Enzyme-based systems do not carry this biological fragility. Product stability and efficacy are maintained through storage conditions up to 40°C.

Yes. Our Precision Micronutrient Architecture is designed for regional adaptation. This includes addressing the magnesium and boron deficiencies common in South American growing regions, the distinct mineral profiles of US agricultural markets, and the specific regulatory compliance requirements of each territory. Adaptation is based on verified soil science data, not on reformulating a standard product.

Yes. We currently provide fertiliser quality testing and import management services for CSBP, a Wesfarmers company and one of Australia’s largest fertiliser operations. Our technical team (which includes specialists with direct CSBP background) delivers integrity evaluation, quality management of import consignments, and technical advisory to ensure nutrient compositions meet both regulatory requirements and agronomic performance specifications.

Our enzyme-based coating technologies, developed in collaboration with Elemental Enzymes (USA), are engineered specifically for stability under logistical and environmental stress. Unlike conventional microbial coatings, which are dependent on living organisms that can lose viability in dry storage or at temperatures up to 40°C, our enzyme protection system maintains product integrity throughout the full supply chain, from post-production storage to field application.

Yes. We maintain an in-house trial facility, including test pods and research plots used to evaluate and refine all our technologies before full-scale manufacturing. Trial results are complemented by our university-partnered research programs, including an active collaboration with Murdoch University, which ensures that performance data meets the standard required for independent verification rather than internal self-assessment.

Yes. The four technology pillars are documented, patented where applicable, and designed from the outset for global deployment, not scaled up from a regional operation. Our systems are structured for licensing agreements, joint ventures, and integration into existing large-scale manufacturing operations. We are currently in active evaluation with international partners across multiple markets. Enquiries regarding technology licensing or joint venture discussions are welcomed directly.