Our disinfectant solutions pass the sporicide test

We are delighted that our disinfectant solutions have successfully passed the demanding sporicide test. This means that our products are now officially classified as sporicidal and offer comprehensive protection in addition to their bactericidal, virucidal and fungicidal properties. This is particularly noteworthy as alcohol-based disinfectants are not able to eliminate spores. Bacterial spores are particularly important in the medical sector and in the food industry. Our innovation therefore represents a significant advance in hygiene and infection control, as it makes it possible to combat even the most resistant pathogens.

What are spores?


Spores are microscopically small permanent forms of bacteria. Bacteria-forming spores (so-called endospores), such as those of Bacillus and Clostridium species, develop under unfavorable conditions such as heat, cold, dehydration and lack of food to ensure the survival of the bacteria. They are often found in soil, water and the intestines of animals and humans. These spores consist of a robust outer shell (exosporium), a thick protective layer (cortex) and a central core. They are characterized by extreme resilience and longevity, as they can survive for years in a dormant state and become active under favourable conditions. These properties pose a particular challenge for disinfection.

Clostridium difficile


Our positive sporicide test is particularly important in the fight against Clostridium difficile, a gram-positive, anaerobic, spore-forming bacterium. Clostridium difficile is characterized by a thick cell wall, which turns purple in the Gram stain, and grows exclusively in the absence of oxygen. It forms heat- and chemical-resistant spores and produces toxins (toxin A and toxin B) that cause diarrhea and intestinal inflammation (colitis). It is often responsible for nosocomial infections, which occur mainly in hospitals and care facilities and are usually transmitted fecal-orally through contaminated surfaces, hands or medical equipment. Clostridium difficile can occur particularly after antibiotic therapy that disrupts the normal intestinal flora. In severe cases, specific antibiotics such as metronidazole or vancomycin or even stool transplants are required. Our disinfectant solutions now offer an effective weapon against this dangerous bacterium by destroying the resistant spores and thus preventing the spread and infection.

Conventional methods for spore control


Compared to our disinfectant solutions, all conventional methods of spore control (disinfection and sterilization) have considerable disadvantages:
  • Autoclaving with steam under pressure at 121°C for 15-20 minutes is a very effective sterilization method against all types of spores, but is not suitable for heat-sensitive materials.
  • Chemical disinfectants such as peracetic acid, formaldehyde and bleach are flexible and effective, but require safety precautions, a longer exposure time and can damage materials.
  • Ionizing radiation (gamma or X-rays) is highly effective, even in hard-to-reach areas, but is expensive and requires special equipment.
  • UV radiation uses ultraviolet light for disinfection, is easy to use and leaves no residue. However, its effectiveness is significantly impaired by shadow areas, changing distances, irregular surfaces and speeds. It is also time-consuming and costly to use and poses risks to eyes and skin.
  • Low-temperature plasma uses ionized gases and is gentle on heat-sensitive materials, but is expensive and requires special equipment.
Our disinfection method offers an environmentally friendly and sustainable alternative that requires no contact time, leaves no residue, requires no special protective measures and is easy to use.

Conclusion


With the successful classification of our disinfectant solutions as sporicidal, we are setting new standards in hygiene. Our products not only offer comprehensive protection against bacterial, viral and fungal pathogens, but also eliminate stubborn bacterial spores that often cannot be completely destroyed using conventional methods. This is particularly important in sensitive areas such as medicine and the food industry, where spores can pose a considerable risk. Our sporicidal disinfectants are characterized by their environmental compatibility and ease of use. They leave no harmful residues and require no special precautions, making them a practical and safe choice for comprehensive infection control. We are proud to be able to make an important contribution to improving hygiene and safety in various areas of application.

Claw disinfection – prevention & care

Hoof disease is a serious problem in livestock farming that can affect both animal welfare and farm productivity. An important measure to prevent claw diseases is hoof disinfection, a process that is underestimated but crucial to maintaining animal health.

Why is disinfecting the hooves important?

The importance of disinfection goes far beyond mere cleanliness – it contributes significantly to reducing the use of antibiotics, promotes animal health, improves animal welfare and reduces production costs by maintaining a healthy livestock population. Hooves are of central importance for the mobility and well-being of livestock. Hoof diseases such as hoof rot, thrush or Mortellaro (dermatitis digitalis) can have serious consequences. Not only do they cause pain and suffering to the animals, they can also lead to lameness, which restricts freedom of movement and reduces feed intake and productivity. In addition, animals with claw diseases are more susceptible to infections and other health problems.



Prevention is the key

Disinfection is an important part of a comprehensive hoof care program. Here are some best practices for preventing claw disease:
  • Regular checks: In order to detect signs of claw disease at an early stage, regular examination of each animal’s hooves is essential. This enables timely treatment and prevents problems from worsening.
  • Stable hygiene: Clean and dry lying areas and regularly cleaned walkways are important to prevent the spread of pathogens that can cause hoof diseases.
  • Hoof disinfection: Disinfecting the hooves is an important step in preventing hoof diseases. Regular disinfection can reduce potentially harmful bacteria and fungi that can lead to infections. At the same time, the healing process is supported. For this purpose, the use of a hoof washing system has proven its worth.



Hydromac HC1000

The Hydromac HC1000 is a pioneering hoof washing system that cleans and disinfects the hooves of livestock efficiently and sustainably. The simple operation, low-noise operation and high pressure force guarantee thorough cleaning. A powerful dosing pump ensures precise and effective disinfection after cleaning by spraying the hooves in a targeted manner to ensure even protection against diseases and prevent infections. The Hydromac HC1000 hoof washer not only facilitates hoof care, but also supports overall animal health by promoting healthy hooves and creating a barrier against potential pathogens. Healthy hooves are the basis for successful milk and meat production.

Unlike conventional disinfectant solutions, Hydroliq tackles the causes and not the symptoms. Hydroliq does not contain alcohol or synthetic additives and does not cause claw burning. Hydroliq does not require a hazard warning, is harmless to the animals and the development of resistance is virtually impossible. In addition, the Hydromac HC1000 is compatible with all milking robots (DeLaval, Lely, GEA, BouMatic, etc.). After just a short time, the animals’ hooves are significantly cleaner than before.

Particularly with Mortellaro wounds, significant improvements can be observed after using Hydroliq Animal Pro. The wounds begin to heal, the cows are no longer lame and can put weight on their hooves again. By using Hydroliq, the herd remains free of new infections with Mortellaro as long as no new infected animals are added.

The advantage of a hoof washing system with Hydroliq over a hoof bath is that each animal is sprayed with fresh solution in a hoof washing system. In a hoof bath, on the other hand, the water is not changed after each animal. This can impair the effect of the disinfection and, in the worst case, even have a counterproductive effect.



The importance of regular hoof care

In addition to prevention, regular hoof care is also important. This includes regular trimming of the hooves to promote healthy hoof growth and avoid excessive pressure on individual areas.

Overall, hoof disinfection is an important part of hoof health in farm animals. By applying good prevention and care practices, livestock farmers can help reduce the incidence of claw disease and promote the welfare of their animals. Ultimately, good claw health not only contributes to the quality of life of animals, but also to the efficiency and profitability of farms.

Let our partner in the livestock sector advise you:



Hofstetter Melktechnik GmbH Brunnwil 3b
5637 Beinwil / Freiamt
Switzerland
056 670 21 12

info@hofstetter-melk.ch

Disinfection in hospitals

In no other place is disinfection as important as in hospitals. With our products, we are already active in many areas here. From now on, we also supply the so-called “smock bottle” for all staff – from nurses to doctors. This ensures safety for both patients and employees. And of course, the bottle also fits into any handbag and your travel luggage.

Hydroliq CAR

Through air conditioning, cars are often laden with viruses, bacteria, and even fungi. Hydroliq CAR offers the solution: Our substance is dispersed through a device, eradicating 99.99 percent of all undesirable “passengers” and odors in the interior and within the air conditioning system.

Thanks to our unique hygiene technology, Hydroliq CAR, unlike conventional disinfectants, leaves no corrosive and/or toxic residues for the user and/or the environment. Impress your customers with a freshly disinfected vehicle – whether at car dealerships, in taxi services, within logistics companies, and beyond.