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Lumiflex™ seed treatment fungicide

Lumiflex™

The flexible partner for corn disease control

A premium fungicide seed treatment for seedling and systemic diseases of corn, providing the best protection against corn head smut and rhizoctonia on the market. For use by specialist industrial seed processors and plant breeders. 

 

Key advantages

- Number 1 in trials against head smut

- Excellent control of fusarium and rhizoctonia

- Very safe to seed and no detrimental effect on plant emergence and establishment

- Proven track record on corn since 2007

- High concentration, low application rate, uncoloured formulation, ideal for tank mixing


Technical Specifications

  • Active Ingredient

    Ipconazole (452 g a.i / litre)

  • Formulations

    Water based flowable (FS)

    Not coloured

    Compatible with other fungicides, insecticides and colours/polymers

  • Packaging

    200 L, 1000 L

  • Application Rate

    5.6 ml / 100 kg seed (seedling disease rate)

    18 ml / 100 kg seed (head smut rate)

Efficacy

Corn, cotton

Refer to the Product Label for complete product efficacy information.

Head smut of corn (Sphacelotheca reiliana)

- A relevant issue in all regions

- Maize cultivars vary significantly in their resistance

- Primarily soil-borne but can be seed borne

- Overwinters as teliospores (which can survive for several years) and infects growing point of young seedling

- Low soil moisture and warm temperatures (22-28°C) favour disease development

- Develops systemically within the plant

- Controlled by high rates of triazoles - ipconazole, triticonazole, prothioconazole, tebuconazole, triadimenol

- Ipconazole provides the highest level of control available, combined with outstanding seed safety

Efficacy versus head smut and seedling diseases

 

All products marked with ® or ™ nay not be registered for sale or use in all countries. No offer for sale, sale or use of these products are permitted prior to issuance of the required country, region or state registrations.

Claims of crop growth enhancement and yield improvements are based on internal trials and data. Actual field results may vary.