Microbiological stabilization of products
and packaging based on Silver concentrate
The technology is based on a food-grade additive for preparing drinking water with a controlled concentration of Ag⁺. The prepared water base can be applied to the product, packaging, water, or production environment, and the effect is verified through a comparative pilot test on the client's product or process.
Unlike biocides and disinfectants, Silver is used as a food-grade additive and is tailored to specific application scenarios.
→ Request documents
→ Choose an application scenario
Unlike biocides and disinfectants, Silver is used as a food-grade additive and is tailored to specific application scenarios.
→ Request documents
→ Choose an application scenario
Food additive
with controlled Ag⁺ concentration
Silver is used to prepare water with a specified concentration of Ag⁺.
Silver ions are evenly distributed in the water and allow it to be used in different scenarios: product, packaging, washing, cold fogging, production environment.
Concentration, application mode, and results are verified for each specific client task.
Silver ions are evenly distributed in the water and allow it to be used in different scenarios: product, packaging, washing, cold fogging, production environment.
Concentration, application mode, and results are verified for each specific client task.
Ag⁺ acts simultaneously in multiple directions
Silver ions Ag⁺ have a complex effect on microflora: on the cell surface, membrane, enzyme systems, DNA, division and metabolism.
5 directions of action
Ag⁺ works not through a single narrow mechanism, but creates multifactorial pressure on microflora. Therefore, the technology can be used as an additional stabilizing factor for water, products, packaging, or production environment.
5 directions of action
- Contact with cell surface — Ag⁺ is attracted to negatively charged areas of the microbial cell.
- Membrane disruption — Silver ions affect the stability and permeability of the cell membrane.
- Enzyme blocking — Ag⁺ can disrupt the function of enzyme systems related to respiration and metabolism.
- Effect on DNA and division — Silver ions can interfere with normal division and recovery of microbial cells.
- Oxidative stress — Ag⁺ can enhance damage to internal cell structures through reactive oxygen species.
Ag⁺ works not through a single narrow mechanism, but creates multifactorial pressure on microflora. Therefore, the technology can be used as an additional stabilizing factor for water, products, packaging, or production environment.
Food stabilizing additive
for products and packaging
Silver is a food additive for preparing water with Ag⁺. Unlike disinfectants, it can be widely used in food production: for products, packaging, containers, and processes.
- Fresh produce
- Ready meals
and semi-finished products - Meat, fish, poultry
- Packaging and containers
Stabilization without compromising taste, color, or odor
For a food product, not only the antimicrobial effect is important. It is crucial to preserve organoleptic properties: taste, color, odor, transparency, appearance, and consumer perception.
Biocides and disinfectants often have limitations: some formulations are not intended for direct contact with food products, may require rinsing, leave residual traces, or affect the smell, taste, and perception of the product.
Silver works differently: first, a water base with a controlled concentration of Ag⁺ is prepared, and then the application mode is tailored to the specific product, packaging, or process.
What is checked in the pilot
The technology is tailored to reduce microbiological risks while preserving the product's organoleptic properties. Therefore, a comparative pilot test is conducted on the specific product or process for industrial application.
Biocides and disinfectants often have limitations: some formulations are not intended for direct contact with food products, may require rinsing, leave residual traces, or affect the smell, taste, and perception of the product.
Silver works differently: first, a water base with a controlled concentration of Ag⁺ is prepared, and then the application mode is tailored to the specific product, packaging, or process.
What is checked in the pilot
- Taste
- Color
- Odor
- Transparency or appearance
- Visual quality
- Microbiological indicators
- Comparison with a control group
The technology is tailored to reduce microbiological risks while preserving the product's organoleptic properties. Therefore, a comparative pilot test is conducted on the specific product or process for industrial application.
When to test Silver
1.
Product loses visual quality
Product loses visual quality
We check if it is possible to preserve appearance, odor, and stability during storage.
2.
Write-offs and returns occur
Write-offs and returns occur
We assess whether losses can be reduced and how this affects the economics.
3.
Need to control microbiological risks
Need to control microbiological risks
We test scenarios for the product, packaging, water, containers, and environment.
4.
Packaging treatment is required
Packaging treatment is required
Тестируем упаковочные материалы, подложки, пергамент, картон и полимерные элементы.
5.
Cold fogging is required
Cold fogging is required
We test the mode for a production or warehouse scenario.
6.
Test on specific products required
Test on specific products required
We tailor the scenario to the product, packaging, storage conditions, and quality requirements.
Where the technology is applied
- WaterDrinking water production.
- Washing and product treatmentVegetables, fruits, berries, herbs, semi-finished products, ready meals.
- Production processesWater as part of the product or technological environment.
- PackagingTreatment of material or finished packaging with Ag⁺ solution.
- Cold foggingFor production and warehouse scenarios after mode verification.
- Comprehensive programWater + product + packaging + production environment.
Testing the effect on your product or process
Analyze the task
We analyze the product, packaging, water, and storage conditions.
Choose a scenario
We select an application scenario.
Select the mode
We select the concentration and application mode.
Prepare the test
We prepare test water, samples, or a pilot batch.
Compare groups
We compare the test and control groups.
Record the result
We record visual quality, odor, microbiology, shelf life, and losses.
Calculate the effect
We calculate the preliminary economic effect.
Provide recommendations
We provide implementation recommendations.
A clear result for production and the QA department
After the pilot, you receive:
+ Comparison of the test and control groups;
+ Conclusion on the applicability of the technology;
+ Recommendations on concentration and application mode;
+ Assessment of the impact on visual quality and stability;
+ Microbiological indicators, if included in the pilot program;
+ Limitations regarding the product, packaging, or process;
+ List of documents and checks;
+ Preliminary calculation of the effect.
+ Comparison of the test and control groups;
+ Conclusion on the applicability of the technology;
+ Recommendations on concentration and application mode;
+ Assessment of the impact on visual quality and stability;
+ Microbiological indicators, if included in the pilot program;
+ Limitations regarding the product, packaging, or process;
+ List of documents and checks;
+ Preliminary calculation of the effect.
Why Silver is more effective than cluster silver
Technologies based on particles, clusters, and colloidal forms must first release active Ag⁺ ions. Silver works directly with the ionic form of Ag⁺ at a specified concentration — therefore, the action is faster, the dosage is more precise, and consumption is more economical.
Why the ionic form of Ag⁺ works faster
In technologies based on cluster, nano, and colloidal silver, the active component is often in the form of particles, clusters, a coating, or another structure. For the action to begin, active Ag⁺ ions must be released from this structure.
This process can be influenced by humidity, temperature, environmental acidity, product composition, amount of organic matter, material structure, and contact time. Therefore, the speed and volume of available ions depend on the specific application conditions.
The key difference with Silver
Silver works with a pre-prepared ionic form of Ag⁺. Active ions are in the water base at a specified concentration and are evenly distributed throughout the volume.
Because of this, the technology does not wait for a particle, cluster, or coating to start releasing ions. The active form is already available for contact with the product, packaging, water, or production environment.
What this means for production
+ Action starts faster.
+ Dosage is easier to calculate.
+ Concentration is set in advance.
+ Application scenario is easier to control.
+ Consumption is more economical.
This process can be influenced by humidity, temperature, environmental acidity, product composition, amount of organic matter, material structure, and contact time. Therefore, the speed and volume of available ions depend on the specific application conditions.
The key difference with Silver
Silver works with a pre-prepared ionic form of Ag⁺. Active ions are in the water base at a specified concentration and are evenly distributed throughout the volume.
Because of this, the technology does not wait for a particle, cluster, or coating to start releasing ions. The active form is already available for contact with the product, packaging, water, or production environment.
What this means for production
+ Action starts faster.
+ Dosage is easier to calculate.
+ Concentration is set in advance.
+ Application scenario is easier to control.
+ Consumption is more economical.
Who Silver is for
-
Water producers
Stability of water during storage, logistics, and container use. -
Food manufacturers
Treatment of raw materials, products, water, semi-finished products, and ready meals. -
Packaging manufacturers
Treatment of packaging materials and creation of active packaging. -
Agricultural producers
Vegetables, fruits, herbs, and berries: treatment before storage, sales, or logistics. -
Packing enterprises
An additional stabilizing step before packaging. -
Retail and logistics
Reduction of losses, returns, and quality instability.
Certificates and documents for the QA department
Silver is a food additive for preparing a water base with a controlled concentration of Ag⁺. For products, packaging, containers, surfaces, and premises, application scenarios, limitations, and an evidence base are documented.
What you can request:
— EAEU Declaration of Conformity;
— Description of the application mode;
— Recommendations for implementation.
What you can request:
— EAEU Declaration of Conformity;
— Description of the application mode;
— Recommendations for implementation.
FAQ
Yes. It is based on Silver, a food-grade additive, a concentrate of a mineral substance for drinking water and non-alcoholic beverages, used to prepare drinking water with a controlled concentration of Ag⁺. Then, a specific application scenario is selected.
Yes, after selecting the mode and testing on a specific product.
Yes, packaging materials or finished packaging can be tested in a separate scenario. A separate mode and concentration can be selected for packaging, and applicability is confirmed by tests.
This is checked in the pilot through comparison with a control group.
Yes, the technology can be considered for cold fogging. This scenario needs to be tested taking into account the premises, equipment, product, packaging, and production requirements.
Not always. One of the goals of the pilot is to understand if the technology can be integrated into the current process: washing, treatment, packaging preparation, fogging, or a separate test batch.
No. The technology adds a manageable stabilizing factor but does not cancel production hygiene, sanitation, quality control, and QA requirements.
Test Silver on your product, | |