Talc is commonly used as a carrier and filler in agrochemical formulations due to its smooth texture, hydrophobic nature, platy structure, and chemical inertness. It improves the flow properties of powders and ensures uniform mixing of active ingredients. Talc also enhances the spreading and adhesion of agrochemicals on plant surfaces, increasing effectiveness. It is widely used in bio-pesticides, dust formulations, and wettable powders. Its stability and non-reactive nature make it suitable for a variety of agrochemical applications.
Agro
Why Talc is the preferred choice for agro formulations
Comprehensive range of Talc grades for diverse industrial applications
Engineered delaminated talc grade for agrochemical carrier applications, providing excellent flowability, platy particle orientation, and hydrophobic surface for effective active ingredient delivery.
Agrochemical-grade talc with controlled particle size and purity for DP and WP formulations requiring consistent quality and reliable carrier performance.
White talc grade offering enhanced whiteness and controlled particle size, ideal for WP and bio-pesticide formulations requiring aesthetic quality and inert carrier performance.
Anti-blocking white talc grade for agrochemical applications with improved free-flow, anti-caking, and carrier efficiency.
GLS-grade talc for agrochemical use, offering consistent particle size, purity, and hydrophobic characteristics for dusting powder and granular formulations.
Micronised soapstone (talc) grade for agrochemical and bio-pesticide applications where soft texture and hydrophobicity are required for effective crop surface spreading.
Common questions about Talc in agro applications
Find detailed answers about specifications, applications, and technical details.
Talc is preferred in bio-pesticide formulations because its platy structure, hydrophobic nature, and chemical inertness provide an ideal non-reactive surface for biological active ingredients. It does not interfere with microbial agents or botanical extracts, and its smooth texture aids in uniform coating and application.
Talc's plate-like particle structure creates a large surface area and overlapping layered coverage when applied to plant surfaces. This improves adhesion of the agrochemical film to leaf surfaces, reduces wash-off, and enhances the spreading efficiency of dusting powder formulations.
The Micron Talc ED series offers variations in particle size, whiteness, and surface treatment. ED A13 offers controlled purity; ED 4010 White provides enhanced whiteness; ED 4010 White AB includes anti-blocking treatment for improved flow. Each is optimised for specific DP, WP, or bio-pesticide formulation requirements.
Yes. Talc is widely used in bio-pesticide formulations because it is completely non-reactive, does not generate heat or acidic/alkaline conditions, and provides a stable, pH-neutral environment that supports the viability and shelf life of biological active ingredients.
Talc's platy particles and naturally hydrophobic surface create a lubrication effect between other powder particles, reducing inter-particle friction and static. This significantly improves flowability during mixing, filling, packaging, and application of agrochemical powder formulations.
Yes. Talc is used in seed coating and pelleting formulations as a carrier and flow aid. It provides a smooth coating surface, improves seed-to-seed separation, and acts as a carrier for fungicides and insecticides applied as seed treatments.
Our technical experts are available to provide detailed answers and custom solutions
Talc serves as a critical input across diverse industrial applications
Our experts will guide you to the perfect talc solution
Partner with India's leading producer of industrial minerals for superior talc solutions