• Jump Insecticide is a Fipronil based phenyl pyrazole insecticide. Its broad-spectrum activity, making it effective against a wide range of pests including termites, Stem borer, Leaf folder, Thrips.
• Jump insecticide technical name - Fipronil 80 WG
• It is very effective in controlling stem borer and leaf folder in rice.
• Fipronil not only controls insect pests effectively but also show plant growth enhancement effects which results in higher yields.
• Jump Insecticide enables effective control of pests at low dose rates, resulting in lower impact on the environment.

Jump Insecticide Technical Details

• Technical Content: Fipronil 80 WG
• Mode of Entry: Contact and Systemic.
• Mode of Action: Primarily acts as an ingestion toxicant with some complimentary contact action and acts by interfering in nerve impulse transmission and Fipronil is the active ingredient in Jump Insecticide, disrupts the central nervous system of pests, providing rapid and efficient control.

Key Features and Benefits

• Innovative Formulation (Fluid bed technology)-Ease in handling, measuring and dosing. It is free from dust particles, excellent suspension in water for improved coverage on crop.
• Low dose Jump granules applied at dose rates as low as few grams per hectare are effective against major pests.
• Suitable for IPM: Jump Insecticide is an ideal choice for IPM.
• Plant growth enhancement: Jump Bayer has shown demonstrable plant growth enhancement effect in many crops.
• Longer protection: Protects the crop for longer period.
• Minimal environmental effect: Extensive research has demonstrated that Fipronil has minimal impact on the environment.
• Highly effective in all stages from immature to adult stage and sucking, chewing type of insect pests.

Jump Insecticide Usage and Crops

• Recommendations:
  
  

  Crops	Target Pest	Dosage / Acre (gm)	Dilution in water (L/acre)	Dosage /litre of Water in (gm)
  Rice	Stem Borer, Leaf Folder	60	200	0.3
  Grapes	Thrips	60	200	0.3

• Method of Application: Foliar Spray, it allows nutrients to pass directly into the plant's vascular system for visible results.