Ziram
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  • Dithiocarbamate fungicides are widely used in Australian agriculture. They are multisite contact fungicides that work by protecting the plant surface to prevent infection. Dithiocarbamates belong to the fungicide mode of action group Y. 
  • Dithiocarbamates and derivates of them make extra high vulcanisation speeds possible and are accordingly known as ultra-accelerators. They cause little or no delay. Ziram is the zinc salt of dimethyldithiocarbamate. It is produced by a reaction between dimethylamine and carbon disulphide in the presence of a base or surplus amine. Ziram is used as an accelerator for natural rubber and synthetic rubber.
  • Thiuram monosulphides are also derivates of dithiocarbamates. One way of making them is by reacting the sodium dithiocarbamate salt with phosgene. Accelerators of this kind entail less risk of scorching than the disulphides but also give rapid vulcanisation. Sodium dimethyl dithiocarbamate can be oxidated to tetramethylthiuramdisulphide which is one of the commonest ultra-accelerators. The tetra- alkylthiuramdisulphides are also an important group of accelerators. 
  • The other names of ziram are Zinc Bisdimethyldithiocarbamate; Carbazinc; Bis(Dimethylcarbamodithioato-s,S')Zinc; Bis- dimethyl dithiocarbamate De Zinc (French); Bis(Dimethyldithiocarbamato) Zinc; Bis(N,N-dimetil-ditiocarbammato) Di Zinco (Italian); Tsiram (Russian); Zinc Dimethyldithiocarbamate; 
  • Ziram (zinc dithiocarbamate) is used in industry as an accelerating agent in the production of latex. In agriculture ziram is used to protect various fruits and vegetables from fungal infection. Ziram has the ability to inhibit NK cytotoxic function at various concentrations and found that cytotoxic function was diminished by greater than 90% after a 48 h exposure to 2.5 uM ziram and by about 50% after a 48 h exposure to as low as 0.25 uM.
  • Ziram residue levels in the juice were about 10% of those in the apples, while levels in the wet pomace were slightly higher than in the apples. Levels in dry pomace were 30-40% higher than in the wet pomace. Much of the ziram residues must be lost during the drying process because dry pomace is 20-25% by weight of wet pomace. 
  • In 2003, the value of the global market for conventional chemical crop protection products or pesticides  increased by 6.2% to reach US$26,710 million. The world market has expanded from US$23,170 million in 1990. The 27 large and medium-sized research-based agrochemical companies that existed in 1983 declined to 8 in 2003—Syngenta, Monsanto, DuPont, BASF, Bayer, Dow AgroSciences, Sumitomo, and FMC. The six largest multinational agrochemical corporations account for about 85% of the total annual worldwide pesticide sales.
General Information
  • Information on Ziram
  • Zinc Dimethyldithiocarbamate
  • Chemical Database
  • Ziram Datasheet
  • Dithiocarbamate fungicides

Properties

  • Antifertility Effects of Dithiocarbonates in Laying Eggs
  • Effects of Ziram Exposures on the Target Binding Capacity of Human Natural Killer Cells
  • Effects of Sequential Calcium Chloride, Ziram, and Yeast Orchard Sprays on Postharvest Decay of Pear

Company Profiles and Consultants

  • Bayer CropScience
  • Chance & Hunt
  • Tamico
  • Taurus Technologies
  • Chemet Chemicals Ltd
  • Meerut Agro Chemical Industries
  • Vijay International
  • High Sierra Group
  • Scientific Analysis Laboratories Ltd
  • SRI Consulting

Patent 

  • Granular water dispersible agent and production process 
  • Method for production of a suspension of Ziram 
  • Fungicidal compositions and methods for production thereof
  • Polyurethane composition containing antimicrobial agents and methods for use therefor
  • Reclaiming of elastomeric materials
  • Process for stable biocide dispersion
  • Fungicidal compositions containing N-acetonylbenzamides 
  • Fungicidal active compound combinations 
  • Dithiocarbamate fungicide compositions with improved properties 
  • Fungicidal pyridazines 
  • Pesticidal composition comprising a lactate ester as crystal growth inhibitor
  • Pesticide compositions 
  • Synergistic fungicidal active substance combinations 
  • Fibrous pest control 

Hazards and Guides

  • Hazard Assessment of the Fungicides to Aquatic Organisms
  • Signs and Symptoms of Ziram Poisoning
  • Toxicological Effects
  • Safety Directions
  • Pesticide Manufacturing Guidelines

Products and Applications

  • Cuman L
  • Ziram Granuflo Fungicide
  • Mizar Granuflo
  • Ziram Products List
  • Ziram 85W
  • Manufacturing and Commercial Applications
  • Critical Uses and Needs
  • Crop Protection
  • Pesticide use statistics

Material Safety Data Sheet

  • Ziram
  • Ziram Granuflo
  • Perkacit Zinc
  • Vancide
  • Zinc dimethyldithiocarbamate
  • Ziram 76DF
  • Safety data for zinc bis(dimethyldithiocarbamate)
  • Data Sheets on Pesticides Ziram

Market and Report

  • Trends in Production, Consumption, Price, Capacity Utilisation
  • Cerexagri, Inc. and Taminco, Inc. announce strategic alliance
  • Eastern Peach Pest Management Strategies for Adapting to Changing Management Options

  • Ziram RED Available for Comment
  • Ziram Water Dispersible Granules
  • Random Image for ziram
  • Evaluation of the toxicity of Pesticide Residue in Food
  • Estimation of Dietary Intake of Pesticide Residues
  • Washington State University Report
  • Industry-wide Pesticide Risk Reduction Goals
  • Alternative Pest Management Strategies for Integrated Pest Management
  • Review report for the active substance ziram
  • Plant and Pest Advisory
  • LCI Modelling Consequences on the LCA Results

Suppliers 

  • China Ziram Supplier
  • Manufacturer of Ziram
  • Foreign Exporters & Manufacturers
  • India Pesticides Limited    
  • Indian Exporters & Manufacturers
  • Sati International Scientific Inc
  • Trade Leads of Ziram
  • Zinc Dimethlydithiocarbamate suppliers

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