Sodium Dichloroisocyanurate Powder
【Product description 】 Referred to as DCCNa, commonly known as excellent chlorine net, cyanuric chloride derivative, white crystalline powder or granular, flaky, stable, soluble in water. Has a broad spectrum, high efficiency, low toxicity, safety, storage stability, ease of transport and other...Send InquiryChat Now
Referred to as DCCNa, commonly known as excellent chlorine net, cyanuric chloride derivative, white crystalline powder or granular, flaky, stable, soluble in water. Has a broad spectrum, high efficiency, low toxicity, safety, storage stability, ease of transport and other characteristics, can effectively kill a variety of bacteria, spores, fungi, molds, viruses, A, Hepatitis B virus, with strong inactivation effects , And algae, deodorant, water purification, bleaching effect, no harm to humans and animals, no secondary pollution.
Molecular formula: C3O3N3CL2Na
Molecular weight: 219.98
Dangerous Class: 5.1
White powder, granular, or flake
8-30mesh，20-60mesh（or decided by customer）
1g/flake、5g/flake、20g/flake、50g/flake、（or decided by customer）
Sodium dichloroisocyanurate is a highly efficient, broad-spectrum, new systemic fungicide with a strong killing effect and a bactericidal rate of 99% at 20 ppm. Can kill a variety of bacteria, algae, fungi and germs. Sodium dichloroisocyanurate has stable chemical property and can be stored for less than 1% of effective chlorine in dry condition for six months. It is safe and easy to use, with less dosage and long duration of efficacy. Sodium dichloroisocyanurate mechanism of action: Spraying on the crop surface can slowly release hypochlorous acid, through the denaturation of bacterial proteins, change membrane permeability, interfere with the physiological and biochemical enzymes and affect the DNA synthesis processes, So that the rapid death of pathogens.
White powder or granules, chlorine odor, soluble in water, dry long-term storage, the effective chlorine decreased slightly, is a stable and strong oxidant and chlorination agent.