How to choose a disinfectant: practical guide

In the post-pandemic world, disinfectants have become an integral part of both personal, and professional life. But how to choose the right device among many models?? Let's see, What to look for when purchasing a disinfectant for your business.

Purchasing a disinfectant: what is important to know before choosing?

Types of Disinfection Technologies: what to choose?

Modern disinfectors offer various technologies to destroy harmful microorganisms. The choice of the appropriate method depends on the tasks, which you put before disinfection, and terms of use. Let us examine in more detail the main types of technologies and their features together with a specialist Technodent Project.

Ultraviolet (UV) disinfectants

UV radiation is one of the most popular disinfection methods, which is actively used in medical institutions and enterprises with high hygiene standards. Ultraviolet light destroys DNA and RNA viruses, bacteria and fungi, which leads to their death.

Benefits:

• Destroys up to 99,9% microorganisms.
• Fast disinfection process.
• Does not require chemicals, what makes the method environmentally friendly.
• Effective for processing as air, and surfaces.

disadvantages:

• Does not penetrate into hidden or hard-to-reach areas.
• UV radiation can be harmful to skin and eyes, Therefore, safety precautions must be observed when using.

Where to apply: In medical institutions, laboratories, offices, at production plants with increased sterility requirements.

Ozone disinfectors

Ozone is a powerful oxidizing agent, which destroys the cell walls of bacteria, viruses and other microorganisms, effectively destroying them. Ozone disinfectants are used to treat air and surfaces, and also to eliminate unpleasant odors.

Benefits:

• Ozone penetrates into hard-to-reach places, where other disinfection methods cannot reach.
• Effectively kills microorganisms without the need for chemicals.
• Capable of disinfecting indoor air, making it a great choice for spaces with a lot of people.

disadvantages:

• Ozone in high concentrations is toxic to humans, therefore, after use it is necessary to thoroughly ventilate the room.
• The disinfection process takes time, so that the ozone dissipates and becomes safe.

Where to apply: In offices, restaurants, hotels, crowded places, as well as in industries with increased requirements for air purity.

Chemical disinfectants

This method involves the use of various disinfectant solutions (antiseptics) for surface treatment. Chemical disinfectants come in the form of sprays, liquids or aerosols. These products usually contain alcohol, chlorine, hydrogen peroxide and other active substances.

Benefits:

• Provides deep cleaning and disinfection of surfaces.
• Can be used on any materials, including metal, plastic and glass.
• Suitable for regular use, especially in high-contact areas.

disadvantages:

• Some chemicals can be harsh on the skin and respiratory tract.
• Not all sanitizing solutions are safe for food surfaces.
• Requires additional time to dry and air out after use.

Where to apply: At home, offices, in manufacturing and food enterprises, in transport.

Steam disinfection

Using hot steam is an effective disinfection method, which is especially popular in medicine, food industry and cleaning. High temperatures kill bacteria and viruses, and steam penetrates into the smallest cracks and crevices.

Benefits:

• Does not require chemicals.
• Kills most known pathogens thanks to high temperature action.
• Can be used on a variety of surfaces, including textiles, furniture and kitchen appliances.

disadvantages:

• Not suitable for all surfaces (some materials may be damaged by high temperatures).
• Doesn't kill bacterial spores as effectively, like other methods.

Where to apply: In the food industry, for cleaning and disinfecting kitchen equipment, in hotels, on transport.

Plasma disinfection

This is an innovative method, at which plasma (state of matter with high-energy particles) used to kill bacteria and viruses. Plasma disinfectors have already found their application in the medical field, especially in the disinfection of instruments.

Benefits:

• Very highly effective sterilization method.
• Destroys even microorganisms resistant to other methods.
• Can be used on heat sensitive items.

disadvantages:

• Expensive equipment.
• The method is not yet widely used in commercial areas.

Where to apply: In medical institutions, laboratories, for disinfection of medical instruments.

note! To choose the right disinfectant, evaluate the conditions of its use and the type of surface being treated. Ozone or chemical disinfectants are suitable for high-traffic areas, whereas in medical institutions, UV and plasma devices will be optimal.

Safety of use is another important point

A disinfectant must not only be effective, but safe. Check for quality certificates and make sure, that the device does not pose a threat to human health or the environment.

• UV light is safe when used correctly, but may be harmful to skin and eyes.
• Ozone is dangerous if inhaled for a long time, Therefore, it is important to use such devices only in ventilated areas.

It is important to know! Improper use of disinfectants can lead to health risks. Read the instructions and follow the safety precautions.

Functional Features: what to look for?

When choosing a disinfectant, it is important to consider its functionality. This will help you choose a device, which is most effective and convenient to use. Here are the main parameters, to be brought to the attention of:

• Power and coverage area. Make, that the device can effectively disinfect the area of ​​your premises. More powerful models are suitable for larger organizations.
• Ease of control. Ease of use and ease of maintenance will help avoid operational problems.
• Additional functions. Some models are equipped with timers, motion sensors or automatic disinfection functions, which simplifies their work.

Cost-effectiveness and resource saving

An effective disinfectant does not have to consume a lot of electricity. Today, manufacturers offer energy-efficient models, which minimize operating costs.

Where to buy a quality disinfectant?

When choosing a disinfectant, it is important to focus on reliable suppliers. This guarantees the quality of the device and its compliance with all standards. One of the best options is to contact a specialized store., such as Dentpro, where a wide selection of Hygienio models is presented.

Hygiene is one of the innovative disinfection systems, available on the market. These dental disinfectors characterized by high performance and ease of use, offering a unique method for disinfecting surfaces using microencapsulation of a disinfectant solution. It allows you to treat large areas in a short time, making it an excellent solution for hotels, offices, medical institutions and other facilities with high traffic.

You will also find other advanced devices on the Dentpro website, which will help ensure the maximum level of cleanliness and safety in the workplace. Pay attention to models with UV technology or chemical disinfection, suitable for various business areas.

Choosing the right disinfectant depends on your specific needs. Consider the type of technology, security level, functionality and economy. This will help you make an informed choice., protecting the health of customers and employees.