Guangjiahuan Ozone Disinfection Machine 80g Air Source Ozone Generator - Ozone Machine HY-016-80A

1、 HY-016 80G ozone generator:

（1） Product composition: 80G power module, high-voltage package, low-voltage package, 80G quartz tube, water filter, dryer, condenser, ammeter, voltmeter, power indicator light, ozone indicator light, fan, ozone output portOxygen input portConcentration regulationPower fuseSmall compressionAir compressorCooling water inletCooling water outlet

（2） Product features:

1. Main water cooling, dual cooling design with water cooling and air cooling

2. Dual purpose air and water treatment

3. Air purification space 1500-1600 cubic meters of water treatment: 6 tons of water per hour (drinking water needs to be connected to oxygen, or oxygen type machines need to be purchased)

4. The shell is made of stainless steel

（3） Equipment parameters

Case size: 55 * 40 * 124cm Packaging size: 67 * 52 * 150cm

Ozone production: 80g/h

Input voltage: 220V 50Hz

Power: 1020 W

Specification: Box type

Machine weight: 68KG Gross weight: 71.6KG

Cooling water volume: 0.3-0.4T/H

Product space disinfection function:

1) The ozone gas generated by this product has strong oxidation, catalytic and other effects. Viruses and bacteria are subjected to various free radicals in the ozone gas, causing protein dissociation and denaturation, reducing the activity of nucleic acids and enzymes, and thus disinfecting and sterilizing.

2) Ozone belongs to broad-spectrum sterilization and has a strong killing effect on various bacteria and viruses.

3) Ozone undergoes complex physical and chemical reactions such as degradation and oxidation of toxic and harmful gases such as formaldehyde and carbon dioxide, with harmless by-products that can avoid secondary pollution.

4) The use of ozone gas for sterilization and disinfection, degradation of organic waste gases, removal of odors, and air purification is a relatively cutting-edge high-tech in the international community. Domestic and foreign experts call it one of the four major environmental science technologies in the 21st century.

5) This series of ozone generators has a timing function and can be unmanned.

6) Mobile and convenient to use, capable of disinfecting and purifying different rooms

In the production workshop of a cosmetics factory, it is often necessary to disinfect raw materials, tools, packaging, staff uniforms, and production water. When the cleanliness of the workshop does not exceed 300000 levels, the ozone concentration in the air can reach 10-20mg/m3, and it needs to be sealed for 30 minutes; If it is necessary to disinfect existing equipment and items in the workshop at the same time, the ozone concentration needs to reach 20-30mg/m3; When disinfecting a workshop with cleanliness levels of 100000, 10000, or local 100 levels, the ozone concentration must reach 30-100mg/m3. When disinfecting packaging materials with ozone fumigation, the ozone concentration in the air inside the disinfection room/cabinet is generally between 50-200 mg/m3; When disinfecting aquatic products such as sashimi and shrimp in ozone water, the ozone concentration in the water is generally between 0.8 and 1.0ppm. The method of adding an ozone generator to the air conditioning system is as follows: (1) Directly placing the ozone generator in the air duct of the air conditioning purification system is called a built-in ozone generator. Ozone is sent into each clean area along with the airflow of the air duct, disinfecting and sterilizing the clean area. The remaining ozone is sucked into the return air outlet and transported by the central air conditioning. (2) The ozone generator can be placed outside the air outlet of the central air conditioning, injected into the air duct of the central air conditioning, and then sent to various clean areas. Alternatively, a desktop built-in fan ozone generator can be used, with a multi-point design that disperses ozone in the clean area, collectively known as an external ozone generator. The external ozone generator is easy to install and maintain, but the manufacturing cost is slightly higher. (3) An ozone generator is used to connect the air duct and aeration system, and an aeration pipe network is installed at the top of the workshop to send ozone into the clean area. The disinfection effect of several methods is the same. From the test reports of food factories using ozone for sterilization, it can be seen that all bacterial tests are qualified, completely replacing the headache of formaldehyde fumigation disinfection. At the same time, it has reduced extraordinary production operations and energy consumption, achieving satisfactory results.

Product water treatment function:

1. Ozone is an extremely strong oxidant, disinfectant, and fungicide, which is not particularly effective in disinfection, decolorization, deodorization, decomposition of toxic chemicals, and does not produce secondary pollution. Therefore, it has been increasingly valued and applied in many fields.

2. Main uses: Used for disinfection, sterilization, deodorization, and deodorization of tap water, drinking water, mineral water, circulating cooling water, swimming circulating water, hospital sewage, and other industrial water; Wastewater treatment containing metal ions such as phenol, sulfur, phosphorus, iron, manganese, etc; Especially for the treatment of biologically toxic and difficult to degrade pollutants, improving their biological activity has special effects. 3. Used for drinking water, in addition to sterilization and disinfection, it also has functions such as decolorization, deodorization, removing iron and manganese, removing residual chlorine, oxidizing and decomposing organic matter, controlling algae, improving water quality and taste, and avoiding secondary pollution caused by chlorine dioxide without residue.

4. Swimming pool water: disinfection and sterilization, decomposition of humus in the water; Improve water quality to present a beautiful blue color; Stable pH value; Decompose organic matter in water, eliminate chloride side effects: effectively prevent and eliminate eye discomfort, skin irritation, and irritating odors in the air above the pool caused by chlorine treatment; Reduce the use of chemical reagents.

5. Hospital sewage: Excellent and rapid disinfection and sterilization, killing various microorganisms, removing pollutants such as color, odor, and chlorine cyanide from the sewage, increasing dissolved oxygen in the water, improving water quality, decomposing difficult to biodegradable organic matter and three pathogenic substances, improving the biochemical properties of the sewage, easy to decompose, and not causing secondary pollution.

6. Reuse of reclaimed water: sterilization, disinfection, sterilization, decolorization, deodorization, no secondary pollution

7. Industrial wastewater: rapidly decompose organic fuels such as cyanide and phenol in wastewater according to the industry, decolorize and deodorize, remove harmful substances, and reduce COD

Introduction to ozone sterilizers:

Ozone sterilization mechanism: The process of ozone sterilization belongs to a biochemical reaction, and there are three forms of ozone sterilization:

① Ozone oxidation decomposes the internal oxidation of glucose oxidase in bacteria;

② Directly interacting with bacteria and viruses, damaging their cell wall DNA and RNA, breaking down macromolecular polymers such as proteins, lipids, and polysaccharides, disrupting the material metabolism, growth, and reproduction processes of bacteria;

③ Penetrating the cell membrane tissue, invading the cell membrane and acting on the outer membrane lipoproteins and internal lipopolysaccharides, causing cell permeability distortion, leading to cell lysis and death. It also dissolves and denatures the genetic genes, parasitic bacteria, parasitic virus particles, bacteriophages, mycoplasma, and pyrogens (bacterial virus metabolites, endotoxins) in the dead bacteria. From water to water, ozone sterilization belongs to bacteriolysis and is a more thorough form of sterilization. Since ozone can kill viruses and bacteria, will it also kill healthy cells? No, because healthy cells have a strong balance enzyme system, ozone is harmless to healthy cells.

Ozone has strong oxidizing properties and has four major functions: sterilization, oxidation, decolorization, and deodorization;

Ozone sterilization has broad-spectrum, excellent properties, convenient operation, economical use, stable performance, and long service life.

Application field:

1. Water treatment and purification, disinfecting and disinfecting various types of direct drinking water, commercial water, tap water, production water, etc., while also degrading various harmful substances. For example, mineral water, purified water, beverage water, cosmetics factory water, and pharmaceutical water all need to be treated with ozone, which is excellent and thorough.

2. Space environment purification refers to the surface and environmental purification of various space environments such as production workshops, warehouses, public places, and the production equipment and instruments stored inside, such as sterile treatment of uniforms and equipment in food factories and pharmaceutical factories. It plays a role in sterilization, deodorization, and deodorization of hotels, restaurants, hospitals, enterprises, and other environments.

3. Agricultural production, aquaculture and cultivation can inhibit the occurrence of diseases and pests, kill harmful weeds and miscellaneous bacteria, etc. For example, using ozone to pre-treat culture dishes and sprouts during the cultivation process of bean sprouts and edible fungi can effectively increase the qualification rate and yield. Using ozone in fish and shrimp farming, poultry and livestock farming can remove odors, sterilize and disinfect, prevent and control diseases and pests, and suppress infectious diseases.

4. Wastewater treatment, reclaimed water reuse treatment, waste gas treatment, etc., the addition of ozone in wastewater can provide targeted disinfection and sterilization, deodorization, decolorization and bleaching, degrade various toxic and harmful pollutants, improve the biodegradability of wastewater, reduce various water quality parameters, and improve water quality to meet discharge standards; Pre treatment or direct treatment of exhaust gas to improve environmental conditions.

5. Boiler and pipeline slow release and scale inhibition, printing and dyeing paper fixation and whitening, pre coating treatment, denim washing treatment, dye production, whitening and preservation of dry goods such as longan and traditional Chinese medicine.

Introduction to the use of each region:

Ozone application in enterprises, schools, and other restaurants:

Due to the large number of personnel, accidents can be very serious once they occur. And indeed, many places and schools have experienced incidents of group food poisoning and intestinal infectious diseases. The occurrence of this series of events has seriously affected the physical and mental health and normal order of employees and students, and also exposed loopholes, hidden dangers, and neglect in food safety management work. Therefore, it is necessary to standardize the management and operation of canteens, as well as disinfect food raw materials, kitchenware, tableware, and canteens. Traditional disinfection methods are prone to secondary pollution and residues, so more and more places are using ozone disinfection and sterilization.

To ensure the food safety of these collective canteens, operations can be carried out in the following areas:

1. Sterilization and disinfection of cafeteria space.

2. Sterilization and disinfection of work clothes, kitchen utensils, tableware, raw materials, etc. in the cafeteria.

3. Sterilize and disinfect the water used in the cafeteria.

And these requirements can be well met through an ozone generator, which has the following advantages that are different from traditional sterilization methods.

1. Clean, no secondary pollution, ozone disinfection products are harmless and do not pollute the environment themselves. They can naturally decompose into oxygen in the environment, making them a clean purification technology.

2. Excellent and rapid, effective in a short period of time, capable of effectively killing various microorganisms, driving away various mosquitoes, rodents, and ants, and limiting transmission routes and sources of infection.

3. Strong adaptability, ready to use anywhere, locally sourced materials produce high concentrations of ozone and are easy to operate.

Ozone application in the food industry:

Ozone is a strong oxidant that can effectively oxidize various substances and kill various microorganisms. It can also decolorize and deodorize, and substances that are difficult to decompose by other methods can also become easily decomposed substances. Therefore, in terms of water use and space purification in production and daily life, ozone has a significant role and is widely used. It can be applied to treat various types of raw water, wastewater, etc., ensuring the normal operation of production and daily life.

The sterilization mechanism and characteristics of ozone

Ozone can act on the cell walls and membranes of bacteria and viruses, acting on the double bonds of their lipids (lipid compounds), oxidizing and breaking the chain, thereby damaging the cell membrane and cytoplasm, and achieving sterilization effects.

Disinfection and sterilization of cosmetic containers:

The advantages of disinfecting and sterilizing pipeline containers are very obvious. The ozone generator can be used in a mobile manner to disinfect different tanks. Each production unit can be disinfected in a timely manner before each material change, with high efficiency and convenience. Do not use too much alcohol, nitrogen, or high-pressure steam. So it has been widely promoted in cosmetics and food factories.

In the field of healthcare: Hospitals are places to treat diseases, but due to the fact that the majority of patients seeking medical treatment are critically ill patients, their inflammation is at its peak, and harmful bacteria from patients are easily distributed in the air. Therefore, hospitals are also places prone to contracting diseases. Nowadays, it is common to have cross infection caused by visiting hospitals. The disinfection of the hands and surgical instruments of doctors or nurses before hospital surgery and nursing operations is also one of the urgent issues to be solved. Ozone, which has excellent and rapid bactericidal effects, has great potential in hospital environmental disinfection, preoperative disinfection, and other aspects. For example, Japanese scientists have studied ozone water disinfection methods used in hospitals. According to its research results, disinfecting the hands of doctors and nurses before surgery in hospitals with ozone water can kill all bacteria in a very short time, and its disinfection effect is incomparable to other iodine disinfectants. Traditionally, the same disinfection operation takes at least 10 minutes. Staphylococcus aureus and Pseudomonas aeruginosa, which are more susceptible to infection in hospitals, can be completely killed in ozone water in 5 seconds, and their bactericidal power far exceeds that of alcohol and chlorine. Moreover, ozone water has reliable safety, and regular use will not harm the skin, even if accidentally consumed, it will not be toxic.

Therapeutic ozone application:

For example, Russia has developed a special hydraulic fluid to heal wounds. The basic method is to rinse the wound with a mist rich in ozone physiological solution under high pressure, and the water flow is like a surgical knife to remove pus, necrotic tissue, and bacterial decomposition products from the wound, while killing pathogenic microorganisms on the surface of the wound. Then change the structure of the ozone knife and continue to increase the pressure of the liquid, allowing the ozonated solution to penetrate the inflammatory tissue several millimeters to 3 centimeters deep, and increasing oxygen to kill deeper pathogenic bacteria. It is reported that 200 patients have been treated with this method. They are all patients with diabetes, sepsis, vascular arteriosclerosis and those who are not suitable for normal surgery. As a result, the wounds of these patients have completely healed.

With the development of technology, aquaculture technology is becoming more and more perfect, but there are always hazards to the aquaculture industry due to factors such as pathogenic microorganisms and water quality conditions. The traditional methods of adding drugs for prevention and rescue cannot have a good effect. People urgently need to find a comprehensive technology to address this series of issues.

Ozone application in aquaculture:

The ozone generated by the ozone generator and ozone disinfection machine kills microorganisms and insect eggs in the water, and degrades the metabolic products of aquaculture organisms in the water. At the same time, the oxygen generated by its decomposition further increases the amount of dissolved oxygen in the water, enabling farmed fish, shrimp, crabs, and other organisms to thrive. This reduces the amount of water needed for aquaculture and reduces the use of disinfectants and antibiotics to prevent diseases and pests. This not only improves the quality of aquatic products, but also increases production output.

Ozone generators and ozone disinfectors, as one-time investments with low operating costs and significant effects in later stages, have been widely adopted by developed countries. After using ozone to raise seedlings, the survival rate is improved, breeding costs are saved, and green aquatic products are cultivated, which is more economical in all aspects.

Application of ozone in mushroom cultivation:

Ozone is named after its unique odor. It is a strong gas oxidant with strong bactericidal power and does not produce any residual pollution. It can be directly used for edible mushroom materials, inoculation tools, inoculation, mushroom room cultivation, and greenhouse germination. As a broad-spectrum excellent fungicide, its sterilization speed is 300 to 600 times faster than chlorine, and it can quickly kill various bacterial propagules and spores, viruses and fungi, such as; Parasitic fungal diseases include brown rot, brown spot, soft rot, pleated mold, wilt, light red yeast disease, etc. Competitive fungal diseases: Mucor, Rhizopus, Aspergillus, Penicillium, Streptospora, Chloromyces. Especially the "Neurosporspp", which poses a serious threat to the cultivation of black fungus during the production period, has excellent bactericidal effects. In traditional fungicides, such as; Formaldehyde, also known as formalin, potassium permanganate, alcohol chemical name ethanol, carbendazim, also known as cotton wilt, aerosol disinfection box products are gray powder, bromogeramide cationic surface active bactericide, heavy metal salt bactericide, iodoform broad-spectrum bactericide, chlorothalonil organic chlorine protective broad-spectrum bactericide, sulfur protective bactericide, and acaricide. Incomplete sterilization has blind spots, and large drug residues can cause secondary pollution and harm to people. Various bacteria in the bacterial chamber that have been used for many years have developed resistance to drugs and are difficult to kill. With the increasing attention paid to the harm caused to production personnel by chemical disinfectants in bacterial production and the contamination of black fungus caused by residual chemical disinfectants. Ozone will become an emerging disinfectant in the edible mushroom industry and be rapidly promoted and used.

Disinfection and sterilization of edible mushroom culture rooms and sterilization tools

In edible mushroom factories, ozone gas is used to disinfect edible mushroom cultivation rooms, inoculation rooms, and sterilization tools. The effective traditional disinfection method is to fumigate with chemical reagents such as formaldehyde and sulfur. As is well known, formaldehyde and sulfur fumigation have many drawbacks. Recent research abroad has shown that ozone is a substitute for formaldehyde and other chemical fumigants in controlling air microorganisms. Through a comparative experiment of chemical atomization, ultraviolet radiation, and ozone as disinfectants, the conclusion is that ozone is both effective and residue free. Ozone greatly inhibits the growth of various bacterial populations in edible mushroom culture rooms, inoculation rooms, and sterilization tools.

The application field of ozone in poultry farming:

Modern factory farming of poultry, especially chicken production, has reached a transitional stage, shifting from widespread development to improving production efficiency and product quality. During the transformation period, conventional technologies have exposed obvious weaknesses. For the key measures to prevent epidemics and diseases in chicken production, it is necessary to find new breakthroughs in technology in order to improve production efficiency and product quality. During the regular feeding process, chickens are continuously fed with antibiotics and vaccinated.

Application of ozone in swimming pool water treatment:

Ozone and its secondary product hydroxyl oxygen have strong bactericidal properties and the ability to sterilize live viruses, which can effectively prevent the spread of bacteria and viruses. Experiments have shown that the effect of ozone at the same concentration on killing bacteria and viruses is 600-3000 times that of oxygen. Ozone is an internationally recognized green fungicide that does not cause any secondary pollution to the environment, while chlorine agents react with organic substances in water to produce chloroform and other substances, which are uniformly recognized carcinogenic mutations. When people swim, these toxic substances are absorbed by the human body (in water, the human body can absorb 500 milligrams of water per hour). Chlorinated organic compounds in water can also irritate the eyes and skin, leading to redness and rashes. Ozone is a strong oxidant that can effectively decompose corrosive substances in water, oxidize iron and manganese ions in water, and decompose tiny organisms that scatter light, thereby greatly improving the clarity of water and making it appear beautiful blue, while chlorine agents have no such effect. To make the water appear blue, chlorine formulations do not have this effect. To make the water appear blue, swimming pools using chlorine agents often require the addition of copper salts, which are extremely harmful to humans. After adding chlorine agents, it can cause changes in the pH value of the water, making people feel uncomfortable and requiring the addition of alkaline or acidic substances for neutralization. Ozone is a neutral substance and will not cause such problems. The company has accumulated rich practical experience in this area and can provide specialized ozone generators and supporting equipment for swimming pools with a capacity of 5-500g/h, as well as consultation, design, and installation of side flow, full flow, and other ozone oxidation systems. The ozone dosage concentration for disinfection of swimming pool water is 0.5-1.0mg/L. The general method used is to combine the negative pressure generated in the jet device with the main pipe water flow through the water flow pressure, and react in the contact tank for no less than two minutes to achieve sterilization. In order to ensure that the residual ozone in the air is below 0.1ppm, an ozone exhaust gas decomposer needs to be installed.

Application of ozone in tap water:

The strong oxidation, broad-spectrum sterilization, and deodorization ability of ozone can play an important role in the treatment of tap water. It can quickly react on various bacteria, viruses, spores, etc. in water, inhibit and decompose microorganisms, and ultimately disinfect and sterilize. At the same time, it can also degrade other pollutants that have not been completely treated in the previous stage. It plays a role in removing odors, decoloring, clearing suspended solids, and degrading organic matter. During this process, ozone does not have an impact on water quality. Due to its properties, it does not produce secondary pollution or toxicity, and the end products of the reaction are mostly small molecule substances such as carbon dioxide, water, and other harmless stains. And residual ozone will also decompose into oxygen in the environment.

Wastewater ozone application:

Ozone is widely used in industrial production such as chemical, paper, textile, pharmaceutical, and food industries as a strong oxidant, decolorizer, and bactericidal agent. It can effectively act on the carbon chain binding bonds of organic compounds, breaking long chains, opening ring chains, etc., causing them to be oxidized and generate new easily degradable compounds. It can mainly be used for:

Pulp black liquor bleaching: In the pulp and paper industry, the inability to effectively oxidize and decolorize paper black liquor can also lead to higher paper whiteness, higher chemical pulp bleaching, or improved mechanical properties of mechanical pulp. This can effectively reduce environmental pollution caused by the use of other bleaches in the pulp bleaching process.

Textile printing and dyeing decolorization: The high chromaticity of wastewater is a characteristic of printing and dyeing wastewater, and the use of ozone technology can effectively remove dye chromaticity, as well as oxidize and remove organic matter.

Leather and fur wastewater: The concentration of organic pollutants in the wastewater is high, and ozone can be used to improve its biodegradability, reducing the load for subsequent biochemical treatment stages, etc.

Chemical pesticide wastewater: This type of wastewater contains toxic and difficult to degrade substances such as benzene series, phenols, and cyanide. Ozone oxidation can improve its biochemical properties and reduce toxicity, reducing the treatment load of subsequent processes.

Food and medical wastewater: This type of wastewater usually requires tail water disinfection, and the use of ozone cannot achieve the expected effect, and is environmentally friendly and easy to operate.

Pig wastewater treatment: Based on its nature, it is mainly used for disinfection and odor removal.

Case presentation:

1. [Swimming Pool Water] Some customers:

Guangdong Shantou National Diving Pool, Jiangmen University Swimming Pool, Hainan Gymnasium, Shanxi Jianghong Real Estate Swimming Pool, Shanxi Boxing Real Estate Swimming Pool, Guangzhou Nansha Country Garden Swimming Pool, Guangzhou Fuli Real Estate Swimming Pool, Sanya Hilton Hotel Swimming Pool, etc

2. Some cooperative customers in food and beverage processing:

Mengniu Group (Meishan) Co., Ltd; Yili Milk (Xi'an) Co., Ltd; Taikoo Coca Cola; Pepsi Cola; Beijing Huiyuan Group Huizhou Branch; Guangzhou Xianquan Purified Water Plant; Guangzhou Fenghuangshan Spring Water Plant; Guangzhou Yangzhicheng Purified Water Plant, etc; Guangdong Xinghe Biotechnology Co., Ltd; Guangzhou Jingfeng Coarse Grain Food Co., Ltd; Guangzhou Xiaofei Food Co., Ltd; Guangzhou Thumb Pearl Milk Tea; Guangzhou Kaiyuan Fast Food Co., Ltd; Chongqing Qiaodaughter-in-law Food Co., Ltd; Guangzhou Jiahuang Food Co., Ltd.

3. Some cooperative clients of GMP workshop disinfection for pharmaceuticals and cosmetics:

Guangzhou Baiyunshan Pharmaceutical Factory General Factory; Guangzhou Mingxing Pharmaceutical Co., Ltd; Guangzhou Tianxin Pharmaceutical Co., Ltd; Guangzhou Sanatorium of the People's Liberation Army; Guangzhou Xianqiang Pharmaceutical Co., Ltd; Guangzhou Yangzijiang Pharmaceutical Co., Ltd; Liaoning Satellite Pharmaceutical Co., Ltd; Gansu Dadeli Pharmaceutical Co., Ltd; Avon Group (Guangzhou) Co., Ltd; L'Oreal Cosmetics Co., Ltd; Lan Guan Cosmetics Co., Ltd; Hong Kong HK Cosmetics Co., Ltd; Guangzhou Hall of Fame Cosmetics Co., Ltd; Guangzhou Haoyu Cosmetics Co., Ltd; Guangzhou Shishi Cosmetics Co., Ltd; Guangzhou Jinmingmingminghui Cosmetics Co., Ltd; Guangzhou Yilumei Cosmetics Co., Ltd; Guangzhou Laishi Cosmetics Co., Ltd; Foshan An'an Cosmetics Co., Ltd.

4. [Ozone oxidation disinfection for sewage treatment] Some cooperative clients:

Foshan Pacific Carpet Co., Ltd; Waste gas and wastewater treatment in the inpatient department of the Pearl River Hospital; Guangzhou Huangpu Hospital; Electroplating wastewater treatment in Dianbai County, Maoming, Guangdong; Huajie Biogas Development Co., Ltd; The Pearl River Hospital of Guangdong Province; Shenzhen Shengzhisu Biotechnology Co., Ltd.

5. [Farming and cultivation of agricultural products] Some cooperative clients

Huizhou Hehui Marine Products Co., Ltd; Jiangmen Yusheng Aquaculture Factory; Zhuhai Underwater Aquarium Venue; Fujian Zhangzhou Edible Fungus Planting Base; Fujian Chengfa Agricultural Development Co., Ltd; Fujian Lvbao Food Group Co., Ltd; Zhangzhou Rongxian Edible Fungi Co., Ltd.

6. Introduction to Other Applications

The treatment of tap water, removal of iron and manganese from groundwater, denim washing, decolorization of paper black liquor, whitening of paper, oxidation synthesis of iron red, pre coating treatment, sterilization and fading of dry goods, frozen preservation of marine meat, and household cleaning and purification have also achieved significant results and applications, which will be elaborated in detail.

About after-sales service

1. Equipment warranty period

The equipment warranty period is one year from the date of delivery, with lifelong maintenance;

① Operators are proficient in operating equipment;

② Maintenance personnel need to master the daily maintenance and repair work of the equipment.

2. Troubleshooting

① After receiving a service call and receiving information about a malfunction in the user's equipment, provide a clear response to the user on the same day; Maintain equipment to ensure normal user use.

3. Quality Commitment:

① The provided equipment meets the requirements of your company's use, ensuring the safety, reliability, and stability of the equipment while ensuring that it meets the quality indicators of the provided technical documents.

② The supplier guarantees to the buyer that if the equipment malfunctions due to defects in design and manufacturing, as well as defects in materials, the supplier shall repair and replace the damaged parts for the buyer free of charge, with a warranty period of one year from the date of equipment delivery.

③ Under normal usage, the service life of the entire equipment is 6-17 years.

④ The supply of accessories is not affected by equipment modifications, and users are provided with accessories for the equipment at a relatively favorable price for life beyond the shelf life. If one of the following situations occurs during the warranty period, it is not within the scope of free maintenance:

A. Excessive humidity in the environment or water ingress into the machine structure resulting in product loss

B. Unauthorized modification of product structure resulting in product damage

C. Product damage caused by natural disasters or other force majeure

D. The machine malfunctioned due to improper operation.