Sold in EACH

MPN: 1105

• Ingredients, Iron (Fe) as iron lignosulfonate chelate 1.25% w/v
• Directions For Use:, GENERAL APPLICATION, Application Alleviate iron deficiency symptoms, Method Foliar Spray: Recommended spray to lightly wet the leaves before run off. NOT for stone fruit., Rate Mix 20mL in 1L water. Apply with garden sprayer.Frequency Every 2-4 weeks.Timing Apply when symptoms appear. Reapply as neccessary, , STONE FRUIT, Application Alleviate iron deficiency symptoms.Method Soil drench: Only recommended for stone fruit.Rate Mix 5mL(min) to 10mL(max)in 2L of water. Apply with watering can., Frequency Every 2-4 weeks.Timing Apply when symptoms appear. Reapply as neccessary Apply to leaves as a fine mist. For optimum results reassess plant symptoms every few weeks to decide if further applications are necessary. Begin treatment as soon as symptoms become visible or early in the growing season if a deficiency is known to exist. It is best to apply many smaller amounts rather than a single large amount. , , NOT TO BE USED FOR ANY PURPOSE, OR IN ANY MANNER, CONTRARY TO THIS LABEL UNLESS AUTHORISED
• DO NOT apply when maximum temperature is expected to reach above 30C or if the plant is suffering moisture stress, Apply no closer than 30cm from trunk

Yates Leaf Greener Iron Chelate is New fast acting liquid that corrects iron deficiency.Works differently from other chelates.Releases nutrients gradually to minimise leaf burn.A targeted solutions for fast results.Sticks firmly to foliage and is rain-fast in 2-3 hours.Once dissolved in water, it is a bsorbed into the root system in available chelated formFast acting liquid that corrects iron deficiency. Deficiency is common in camellias, azaleas and other acid loving plants as well as citrus, roses and vegetables. Yates Leaf Greener Iron Chelate is a n easy to use liquid trace element. Recommended as a foliar spray application, this delivers iron directly to the deficient leaves for faster results. Foliar applications also result in much lower iron additions into the soil when compared to traditional soil drench applications, resulting in less wastage and lower risk of soil toxicity.