Disinfection Product
01
Eco- friendly Aquaculture Oxidizing Disinfectant
Product Application
1.Roxycide is used for pond disinfection with aquatic animal.
2.Environmental surface disinfection including vehicles, boat hulls, nets, fishing gear, diving equipment, and boot brushes.
Product Function
1.Increases pond dissolved oxygen levels (experimental data shows changes in dissolved oxygen).
2. Improves pond bottom environment, reducing ammonia nitrogen, and enhancing aquaculture pond water quality (laboratory data shows changes in ammonia nitrogen).
3. Inhibits algae growth in ponds.
4. Killing bacteria and disinfects, preventing various fish and shrimp diseases, reducing mortality rates.
| Roycide is effective against the following aquatic diseases（Note: This table lists only some common diseases, not exhaustive） | ||
| Pathogen | Induced disease | Symptoms |
| Infectious Pancreatic Necrosis Virus | Infectious Pancreatic Necrosis Disease | Common in juvenile trout and salmon, leading to pancreatic necrosis and liver lesions, which can result in death when severe. |
| Infectious Salmon Anaemia Virus | Infectious Salmon Anaemia Disease | It has a fatal impact on salmonid fish such as salmon, including anemia, splenomegaly, hemorrhage, and death. |
| Snakehead rhabdovirus | Snakehead Rhabdovirus Disease | Snakehead fish may exhibit changes in body color, skin lesions, ascites, and death |
| White Spot Syndrome Virus (WSSV) | White Spot Disease | Shrimp may present symptoms such as white spot lesions, skin necrosis, abnormal body coloration, and impaired movement. |
| TSV | Red Tail Disease | red tail discoloration, pale body coloration, shrimp body deformation, and impaired movement |
| Vibrio | White Spot Syndrome | Characterized by the presence of white spots on the exoskeleton of shrimp, leading to systemic infection and mortality |
| Red Leg Disease | Manifests as red discoloration and swelling of the legs in infected shrimp, often accompanied by lethargy and mortality. | |
| Shrimp Muscle Necrosis | Involves necrotic lesions in the muscle tissue of shrimp, resulting in reduced mobility and eventual death | |
| Shrimp Black Gill Disease | Blackened gills in infected shrimp, leading to respiratory distress and mortality. | |
| Yellow Gill Disease | Yellowing of the gills in infected shrimp, often accompanied by respiratory issues and mortality. | |
| Shell Ulceration Disease | ulcers on the exoskeleton of shrimp, causing physical damage and increasing susceptibility to secondary infections | |
| Fluorescent Disease | Abnormal fluorescence in the tissues of infected shrimp, with symptoms ranging from behavioral changes to mortality | |
| Edwardsiella tarda | Edwardsiellosis | Hemorrhagic septicemia, skin lesions, ulcers, abdominal swelling, and mortality in fish and other aquatic animals. |
| Aeromonas sobvia | Aeromoniasis | Ulcers, hemorrhages, fin rot, septicemia, and death in fish and other aquatic organisms. |
| Aeromonas hydrophila | Aeromoniasis | Ulcers, hemorrhages, fin rot, septicemia, and death in fish and other aquatic organisms. |
| Pseudomonas fluorescens | Pseudomonas infection | Skin lesions, fin rot, ulceration, and mortality in fish and other aquatic species. |
| Yersinia ruckeri | Enteric red mouth disease (ERM) | Hemorrhages around the mouth, darkening of the mouth, lethargy, and mortality primarily in salmonids. |
| Aeromonas salmonicida | Furunculosis | Ulcers, abscesses, hemorrhages, swollen abdomen, and mortality primarily in salmonids. |
| Vibrio alginolyticus | Vibriosis | Ulcers, necrosis, hemorrhages, abdominal swelling, and mortality in fish and shellfish. |
| Pseudomonas aeruginosa | Pseudomonas infection | Skin lesions, ulcers, hemorrhages, fin rot, respiratory distress, and mortality in fish and other aquatic organisms. |
Product Key Benefits
1. Does not affect pH, salinity, alkalinity, or hardness, with no negative impact on water quality.
2. Does not impede the growth of planktonic plants.
3. Effectively combats a wide range of pathogens while increasing pond dissolved oxygen levels.
4. Compared to other disinfectants, it does not leave harmful residues, making it safer for aquatic organisms.
5. Environmentally friendly, easily biodegrades in soil, freshwater, and seawater.
Disinfection Principle
Roxycide primarily achieves the purpose of pathogen eradication and disinfection by releasing reactive oxygen species, oxidizing microbial cell components such as proteins and nucleic acids, and disrupting their cell membranes.
>Oxidation Process: Potassium monopersulfate dissolves in water, releasing reactive oxygen species such as free radicals and hydrogen peroxide. These reactive oxygen species can undergo oxidation reactions with proteins, lipids, and nucleic acids in microbial cell membranes and cell walls, thereby disrupting their structure and function, leading to microbial death.
>Protein Degradation: Reactive oxygen species react with proteins inside microbial cells, causing protein denaturation and coagulation, affecting normal metabolism and survival of microorganisms.
>DNA and RNA Damage: Reactive oxygen species can also react with DNA and RNA inside microbial cells, causing DNA strand breaks and oxidation damage to RNA nucleotides, hindering genetic information transfer and protein synthesis, ultimately leading to microbial death.
>Pathogen Membrane Disruption: Reactive oxygen species can disrupt the integrity of pathogen cell membranes, increasing their permeability, leading to imbalance of internal and external cell quality, leakage of cell contents, and ultimately cell death.
Package Detail
| Package Specification | Package Dimension(CM) | Unit volume (CBM) |
| CARTON(1KG/DRUM,12KG/CTN) | 41*31.5*19.5 | 0.025 |
| CARTON(5KG/DRUM,10KG/CTN) | 39*30*18 | 0.021 |
| 12KG/BARREL | φ28.5*H34.7 | 0.022125284 |
Service Support: OEM, ODM support/Sample test support (please contact us).