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Unveiling the Mystery of BCDMH

Unveiling the Mystery of BCDMH

 

What is BCDMH? and what makes it a standout choice for modern disinfection?

Join us as we explore the key features of BCDMH and examine why this advanced disinfectant is gaining increasing recognition across various applications.

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I. Basic Properties of BCDMH

1. Descriptions of BCDMH:

Product Name: Bromochlorodimethylhydantoin(BCDMH) 

Other Name:1-Bromo-3-chloro-5,5-dimethylhydantoin/BCDMH

Appearance:Tablets:20G/Tablet, 80G/Tablet

granule: irregular granule from 8mesh to 30mesh

powderWhite crystalline powder
CAS No.: 16079-88-2

EINECS240-230-0
HS Code: 2933210000

Molecular FormulaC₅H₆BrClN₂O₂

MOQ:1*20'FCL

2. Specifications of BCDMH:

Item

Technical requirements

Assay%

≥98.0

Available Bromine%

62.0~70.0

Available Chlorine%

26.0~34.0

Weight loss after drying%

≤0.50

 

 

3. Package of BCDMH: 25kg drum,5kg drum or Customized package

 BCDMH 1.jpg

 

II. Main Application Fields of BCDMH:

By releasing active bromine and active chlorine, bromochlorodimethylhydantoin (BCDMH) destroys the cellular structure and enzyme system of microorganisms, achieving bactericidal, algaecidal, and disinfection effects. Its application scenarios cover multiple industries:

· Water Treatment: Bactericidal and algaecidal treatment for industrial circulating water, swimming pool water, and landscape fountains; disinfection of hospital sewage; emergency treatment of drinking water; bactericidal and anti-corrosion for oilfield water injection.

· Aquaculture: Disinfection of water in high-density aquaculture ponds (at a concentration of 0.1-0.3ppm) to prevent bacterial gill rot, enteritis, and other diseases; soaking disinfection of aquaculture tools (cages, aerators) with a 1% solution; bacteriostasis in seedling transportation water at a low dosage of 0.05ppm, with low irritation to seedlings.

· Hygienic Disinfection: Disinfection of food processing workshops, hotel and household sanitation facilities; bactericidal preservation in fresh-keeping warehouses and controlled atmosphere warehouses; disinfection for port inspection and quarantine as well as epidemic prevention in affected areas.

· Other Scenarios: Disinfection of medical devices; disinfection of livestock and poultry breeding environments (in line with the demand of the veterinary disinfectant market).

 BCDMH 2.jpg

III. Market Potential Analysis of BCDMH:

Drivers of Demand Growth

The global development of animal husbandry and the enhanced awareness of animal epidemic prevention and control have promoted the expansion of the veterinary disinfectant market (expected to reach 18 billion US dollars globally by 2025). As a core raw material of chloride-based disinfectants, the demand for BCDMH continues to grow steadily.

Market Scale

The global BCDMH market stood at around $150 million in 2019 and is forecast to hit $250 million by 2025, representing a 14% CAGR. As the world’s top producer and consumer, China makes up more than 60% of the global market.

Development Opportunities

Rising demand in emerging markets including Southeast Asia and Africa, tighter environmental policies promoting industry integration, and technological innovations like sustained-release products have all fueled the growth of the BCDMH market.

Supply Structure

The market features a high degree of concentration. With Chinese producers making up more than 30% of global output, supply stability has become a critical factor affecting international pricing.

 

IV. Core Differences from Trichloroisocyanuric Acid (TCCA) and Sodium Dichloroisocyanurate (NaDCC)

All three belong to chlorine-based disinfectants but exhibit distinct differences in composition, functions, and application scenarios. The specific comparisons are as follows:

Comparison Dimension

Bromochlorodimethylhydantoin
 (BCDMH)

Trichloroisocyanuric Acid
(TCCA, Strong Chlorine Concentrate)

Sodium Dichloroisocyanurate
 (NaDCC, Yuchlorin)

Active Ingredients

Active bromine (31-35%) + Active chlorine (13-17%)

Available chlorine ≥85% (theoretical value: 91%)

Available chlorine: 60-64%

Bactericidal Characteristics

Synergistic effect of bromine and chlorine, fast bactericidal speed, broad spectrum,
effective against bacteria, viruses and fungi

Strong bactericidal power, specially effective against spores
and viruses (hepatitis A, hepatitis B)

Moderate bactericidal ability, better effect than hypochlorite under
weakly acidic conditions

Irritation

Low irritation, suitable for sensitive scenarios such as seedling breeding and
livestock/poultry breeding

Stronger irritation, high concentration has an impact on aquatic organisms

Moderate irritation, poor stability of aqueous solution

Solubility

Slightly soluble in water, moderate dissolution rate

Slightly soluble in water (solubility: 1.2g at 25℃), easily soluble in organic solvents

Easily soluble in water

Duration of Effect

Moderate, balanced release of active ingredients

Long (3-5 days), hydrolyzes to form isocyanuric acid-complexed active chlorine with
good sustained-release effect

Relatively short, ultraviolet light accelerates the loss of
 available chlorine

Core Application Scenarios

Aquaculture, swimming pool water, seedling transportation, food processing disinfection

Drinking water treatment, industrial circulating water, swimming pool water,
wastewater treatment

Tableware disinfection, environmental spray disinfection,
low-demand water disinfection

Advantages

High safety, applicable to sensitive scenarios, excellent synergistic bactericidal effect

High available chlorine content, low dosage (1/10-1/100 of traditional disinfectants),
low cost

Convenient to use, affordable price,
suitable for daily disinfection

Precautions

Need to control the dosage concentration, avoid mixing with acidic substances

High concentration is corrosive to equipment, precise dosage control is
required in aquaculture

Aqueous solution should be prepared and used immediately,
not suitable for long-term storage

 

Key Takeaways

· BCDMH features low irritation and synergistic disinfection properties, making it highly suitable for sensitive scenarios such as aquaculture and food processing.

· TCCA delivers powerful, long-lasting disinfection performance at a lower cost, holding a dominant position in industrial water and drinking water treatment.

· NaDCC serves as an economical choice for daily and low-intensity disinfection applications.

 

 




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