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SULFBIM

(Micronised Wettable Sulphur)

SULFBIM is a micronised wettable sulphur formulation developed to manage fungal diseases and mite problems affecting crop foliage and surface tissues. Its fine particle structure ensures better leaf coverage and strong adhesion, allowing uniform protection across plant surfaces.

SULFBIM acts through contact activity, interfering with fungal respiration and inhibiting spore germination at early stages.

It is especially effective in crops grown under warm and dry conditions where powdery mildew and mite populations build rapidly, helping maintain healthy foliage and optimal crop growth.

Technical Data

Active Ingredient
Sulphur 80%
Formulation Type
Wettable Powder (WP)
Chemical Group
Inorganic sulphur
Mode of Action
Contact fungicide and acaricide
Movement
Surface-level activity
Particle Nature
Micronised fine particles
Dispersion
Forms smooth suspension in water
Appearance
Yellow fine powder
Target Type
Fungal pathogens and mites
Application Method
Foliar spray

Target Diseases / Pests

SULFBIM controls fungal diseases and mites by contact action, suppressing powdery mildew, surface fungi, and mite populations, reducing spore germination, limiting pest buildup, and maintaining clean foliage under warm, dry growing conditions.

Effectively Controls

  • Powdery mildew fungal growth
  • Surface fungal infections
  • Leaf rust disease stages
  • Scab disease outbreaks
  • Fungal leaf patches
  • Spider mite populations
  • Mite egg development
  • Surface-feeding mites
  • Dry weather fungal diseases
  • Recurrent mildew attacks
  • Yield-impacting surface pests
  • Crop-stressing pathogens

Application Areas

  • Vegetable Crops Controls mildew and mites
  • Fruit Crops Protects leaf surfaces
  • Field Crops Reduces surface fungal load
  • Dry Climate Regions Effective sulphur activity
  • Mite-Prone Fields Preventive mite management
  • Seasonal Protection Programs Routine application

Benefits & Advantages

  • Dual Action Formula Fungicide and acaricide
  • Micronised Particles Better leaf coverage
  • Low Resistance Risk Multi-site contact activity
  • Strong Surface Control Immediate protection
  • Supports Leaf Health Improves photosynthesis
  • Yield Stability Support Reduces surface stress