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This article compares chlorine dioxide and sodium hypochlorite in water treatment disinfection. Chlorine dioxide has stronger bactericidal ability, fewer byproducts, and lower transportation and maintenance costs. Taking a water plant with an annual treatment capacity of 10 million tons as an example, switching to chlorine dioxide can save 700,000 to 1.4 million yuan per year, offering advantages in cost reduction, safety, and compliance.

Hospital wastewater is complex and difficult to disinfect. Chlorine dioxide is highly efficient, broad-spectrum, and produces no carcinogenic byproducts, making it the preferred choice for hospital wastewater disinfection. Xiuba has been deeply involved in this field for nearly 40 years, offering mature products and professional services. Having served thousands of hospitals, Xiuba ensures that medical wastewater disinfection meets safety standards.

In May 2026, rainwater backflow contaminated the water supply wells in Weishi County, Henan, causing collective diarrhea among residents. The incident exposed loopholes in water source protection, disinfection, and monitoring, sounding an alarm for drinking water safety.

Hard water contains many ions, making ordinary chlorine dioxide disinfection prone to ineffectiveness and insufficient residual chlorine. Xiuba utilizes slow-release technology for stable, low-consumption disinfection, and its equipment is suitable for hard water and drinking water disinfection.

Chlorine dioxide can be used to control major rice diseases such as rice blast, sheath blight, and bacterial leaf blight by soaking seeds, soaking seedlings, or spraying in the field. It is safe, leaves no residue, is not prone to developing resistance, and has a control effect of over 70%.

Chlorine dioxide ultra-nano air disinfection technology releases micron-sized activated mist through specific frequency ultrasound. Under suitable temperature and humidity, ultra-nano molecules are rapidly generated, effectively killing airborne bacteria. When used with a dedicated neutral disinfectant, the concentration is controllable and meets safety standards, reducing indoor bacteria levels below regulatory limits.

Shandong Huashi Pharmaceutical Co., Ltd. has been deeply involved in the field of chlorine dioxide disinfection. Adhering to the concept of "being a disinfection expert and a health guardian", the company actively engages in public welfare and fulfills its corporate responsibilities.

Chlorine dioxide is highly efficient, safe, and leaves no residue, and is replacing traditional heat sterilization and chlorine-based disinfectants. It is suitable for sterilization in all stages of dairy product processing, reducing costs and ensuring dairy product safety.

Traditional whitening toothpastes often suffer from poor stability and limited effectiveness due to their commonly used ingredients. Research shows that adding 10×10⁻⁶% chlorine dioxide to toothpaste provides whitening, anti-inflammatory, and antiseptic effects. It is stable, easy to process, and safe to use, making it a promising candidate for application in the toothpaste industry.

As the disinfection market undergoes an upgrade in 2026, chlorine dioxide has emerged as the mainstream choice, with effervescent tablets and AB-powder formulations gaining widespread popularity. With 43 years of deep-rooted expertise, Shandong Huashi Pharmaceutical boasts comprehensive certifications and stable production capacity. Our "Xiuba" product line covers every conceivable application scenario, supported by a robust supply chain and impeccable after-sales service. We are currently offering special incentives and cordially invite you to partner with us.

Chlorine dioxide is safe, highly effective, and leaves no residues, making it ideally suited for four core application scenarios: healthcare, drinking water, food processing, and public environments. With over 40 years of deep industry expertise and comprehensive certifications, Huashi Pharmaceutical provides scientific and reliable disinfection solutions.

Chlorine dioxide is not a chlorine-based agent; rather, it is a safe, highly effective, and potent oxidant. It achieves sterilization solely through oxidation—without generating carcinogenic byproducts—and is officially classified as a distinct category of disinfectant, widely utilized in applications such as drinking water treatment and food processing.