Webinars

Ingredientes Funcionais para Formulações Agroquímicas Complexas

¿Cómo formular OD de alto rendimiento?

Atplus 310 - Una Clara Ventaja

Atplus 310 - Una clara Ventaja Emulsionante de Alta Eficiencia para Microemulsiones con alta concentración de electrolitos.

Como formular OD de alto desempenho?

Exploring OD Formulations

OD (oil dispersion) formulations are fast becoming indispensable in the agrochemical industry as a way of formulating hydrolytically unstable actives. This presentation explores issues of this formulation technology and how to develop a stable formulation.

Formulando para Maior Eficácia com Atplus UEP-100

Formulando para Mayor Eficacia con Atplus UEP-100 Español

Formulating for Delivery: Atplus UEP-100

Learn more abbout Atplus UEP-100, Croda's adjuvant that enhances uptake of systemic pesticides which has excellent crop safety as it is none phytotoxic.

Formulating Halal: Navigating the New Indonesia Legislation

Croda understands the importance of this growing halal segment, along with the new legislation in Indonesia, as we have been serving this market segment for over 20 years. We offer a wide range of speciality products from various manufacturing sites around the globe that meet the Majlis Ugama Islam (MUI) requirements that provide formulators the flexibility to create halal certified formulations consumers will love. Additionally, Croda is actively seeking certification of additional sites and products manufactured around the globe to further expand its product offerings to meet the needs of customers and global consumers.

Ingredientes Funcionales para Formulaciones Agroquimicas Complejas

LSWT Spray Characterization Capability

Re-shaping Spray Droplets

Adjuvants are added to agrochemicals to enhance the efficacy of active ingredients and improve the overall performance of the product. These additives modify the properties of the spray solution, which improves the ability of the active ingredient to target, penetrate or protect the target organism. Croda is looking at developing new techniques to better characterise the impact adjuvants have on deposit formation and how this links to efficacy and bioavailability of active ingredients.