DENTIRO® Zero
DENTIRO® Zero is an alcohol-free, ready-to-use solution for the fast disinfection and cleaning of non-invasive medical devices with sensitive surfaces such as dental chairs. DENTIRO® Zero is particularly suitable for the disinfection of alcohol-sensitive materials such as artificial leather, Plexiglas®, and PVC.
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Where to buy
Explore DENTIRO® Zero's Features and Benefits
Kills 101 microorganisms
Active against even the most resistant viruses such as poliovirus and adenovirus.
Short exposure time
Acts within 60 seconds against bacteria, yeasts, and enveloped viruses.
Compatible with more than 250 materials including artificial leather
The product is particularly suitable for the disinfection of sensitive surfaces such as artificial leather covers or acrylic glass.
Alcohol-free
The alcohol-free disinfectant is suitable for use on sensitive surfaces and objects such as ultrasound probes or acrylic glass.
Available in different sizes
Choose a size that works best for your needs.
Bottle with clip-lid
Enables disinfection of surfaces without the need for spraying.
Ensuring the Compatibility of Our Disinfectants Is a Top Priority
While no disinfectant can guarantee absolute compatibility with all materials, our rigorous in-house testing, strategic collaborations with medical device manufacturers, and stringent external testing at ISO 17025 accredited laboratories for final material compatibility evaluations-affirm that our disinfectants are exceptionally suited for a broad spectrum of surfaces, encompassing various metals, plastics, and polymers.
The Diversity of Materials in Healthcare - From Metals and Plastics to Polymers - Makes Compatibility with Disinfectants Crucial
Recognizing and addressing material incompatibilities is crucial in the medical industry. Disinfectants that are not compatible with certain materials can trigger stress cracks in equipment, accelerating wear and tear and shortening their usable lifespan. Moreover, these cracks become breeding grounds for pathogens, rendering the disinfection processes ineffective. The longevity and functionality of medical devices hinge not just on the quality of their construction, but also on the interplay between the materials they are made of and the disinfectants used on them.
The Challenge of Environmental Stress Cracking
Environmental stress cracking presents a major issue in healthcare. When materials, notably plastics and polymers, come into contact with certain disinfectants, they can weaken and prematurely become brittle. The result is not just equipment that wears out faster but surfaces that become challenging to disinfect, turning into safe havens for pathogens.
This issue stems from the myriad of chemical structures that fall under the ❬ plastics ❭ and ❬ polymers ❭ categories. While device manufacturers choice of materials is influenced by their physical attributes, cost-effectiveness, and availability, the resilience to disinfectants is vital for patient safety.
On the other hand, disinfectants, which are made of active compounds, solvents, and other additives, need to strike a balance between eradicating microbes and not causing material damage. A lapse in this balance can lead to ❬ environmental stress cracking ❭, which weakens plastics prematurely. Prolonged exposure to certain disinfectants can alter polymer structures, making them brittle. Amines, for instance, are notably harsh on some plastics. The consequence? Deepening cracks in equipment, providing hiding spots for pathogens and undermining disinfection.
So what can be done? The remedy lies in a collaborative effort. While surface and device manufacturers should prioritize robust, durable materials, disinfectant producers must innovate with formulations that are gentler on surfaces, without compromising efficacy. At Oro Clean Chemie AG, our commitment echoes this principle, ensuring our disinfectants are both potent and compatible, so you never have to choose between clinical efficacy and equipment longevity.
FAQ
-
What does it mean when a surface disinfectant is classified as "virucidal"?
According to EN 14885:2022, the label "virucidal" indicates that a surface disinfectant is effective against all enveloped and non-enveloped viruses, including highly resistant non-enveloped viruses such as poliovirus, adenovirus, and norovirus. A virucidal product offers the user the highest level of protection.
-
What is the difference between "virucidal" and "limited spectrum virucidal" claims for surface disinfectants?
According to EN 14885:2022, the designation "virucidal" means that a surface disinfectant is effective against all enveloped and non-enveloped viruses, including poliovirus, adenovirus, and norovirus. In contrast, a "limited spectrum virucidal" claim indicates that the disinfectant is effective against all enveloped viruses and a number of non-enveloped viruses including adenovirus and norovirus.
-
What does "virucidal against enveloped viruses" mean?
The labeling of a surface disinfectant as "virucidal against enveloped viruses" according to EN 14885:2022 signifies that it has passed specific tests confirming its effectiveness against viruses with lipid envelopes, such as the vaccinia virus. Enveloped viruses are characterized by their protective lipid envelopes, and this claim demonstrates the product's proven efficacy in targeting and inactivating this particular group of viruses.
-
What is the significance of evaluating disinfectant efficacy in both clean and dirty conditions according to standards like EN 14476 or EN 17111?
Assessing disinfectant efficacy in both clean and dirty conditions is crucial to ensure practical effectiveness. In clean conditions, disinfectants are tested on surfaces that are free from visible contaminants. This represents ideal conditions but may not reflect real-world scenarios. In contrast, dirty conditions involve testing on surfaces with organic matter or simulated soil to mimic more challenging, real-world situations. By evaluating disinfectants in both settings, standards like EN 14476 and EN 17111 provide a comprehensive assessment of a disinfectant's ability to perform effectively in various practical environments, helping to ensure safe and reliable disinfection.
-
How is the exposure time determined for disinfectants?
European standards specify the required exposure times for disinfectants to achieve their claimed efficacy. The standards provide detailed instructions on the duration of contact between the disinfectant and the microorganism to ensure effective inactivation or reduction.
-
What's the main goal of the EN 14885:2022 document, especially in a medical context?
EN 14885:2022 serves as a comprehensive guide for chemical disinfectants and antiseptics, especially in the medical field. It outlines the standards for testing these products to ensure they are effective and safe for use in various medical settings, like hospitals and clinics. The document helps manufacturers validate their product claims, assists users in selecting appropriate products, and guides regulatory authorities in evaluating these products.
-
Can you explain the difference between 'with mechanical action' and 'without mechanical action' in EN 14885:2022?
With mechanical action" refers to the process of physically wiping a surface or object with a disinfectant, enhancing the removal of microbes. This is common in settings where thorough cleaning is necessary. "Without mechanical action" means applying the disinfectant without any physical aid, for example through spraying. This method relies solely on the chemical properties of the disinfectant to kill or deactivate microbes. The choice between these methods depends on the specific requirements of the healthcare setting and the type of surface being disinfected.
-
Can disinfectants damage medical device surfaces or affect their performance?
Yes, certain disinfectants can cause damage to medical device surfaces or alter their performance, particularly if the devices are made of sensitive materials such as soft plastics or rubber. Always use disinfectants that have been tested and proven safe for a large number of materials.
-
What precautions should be taken when using disinfectants on electronic medical equipment?
When using disinfectants on electronic medical equipment, it's important to avoid spraying directly onto the device. Instead, use a cloth moistened with the disinfectant. Ensure that the disinfectant is compatible with electronic components and that the equipment is powered off and disconnected from power sources before disinfection.
-
Are there any best practices for testing the compatibility of a new disinfectant with healthcare materials?
Best practices for testing a new disinfectant include conducting spot tests on a small, inconspicuous area of the material, monitoring for any adverse reactions, and verifying the results against the disinfectant's material compatibility chart. It's also recommended to consult with the disinfectant manufacturer for any specific testing protocols or guidelines they may provide.
-
What is EN ISO 21530 and how does it relate to the use of disinfectants in healthcare?
EN ISO 21530 is a standard that specifies the requirements and test methods for assessing the compatibility of disinfectants with the materials used in medical devices. Its main objective is to ensure that the physical and chemical properties of medical device materials are maintained even after repeated disinfection processes. This ensures that the products can continue to be used safely and effectively in the healthcare sector.
-
How does EN ISO 21530 influence the selection of disinfectants for medical devices?
EN ISO 21530 has a significant impact on the selection of medical device disinfectants by providing healthcare providers with clear information on which disinfectants have been thoroughly tested and proven to have no harmful effects on the materials used in their medical devices. This enables professionals to select disinfectants that will not compromise the integrity or functionality of the devices and therefore maintain the highest safety standards.
-
Are non-alcoholic disinfectants also appropriate for surface disinfection between patient treatments?
There are various non-alcoholic products available for surface disinfection. Most are based on quaternary ammonium compounds, such as benzalkonium chloride. The advantage of such products is that because their active substances remain on the surface after application, they can provide residual activity. Unfortunately, non-alcoholic disinfectant’s antimicrobial action is significantly slower than the action of alcohol-based products, which means that they generally require longer exposure times. Because time between treatments is limited, quaternary ammonium compounds alone are not suitable for fast disinfection between patients. In addition, the effective spectrum of many alcohol-free surface disinfectants is not as broad as that of alcoholic disinfectants. In fact, almost all alcohol-free disinfectants lack activity against mycobacteria and/or fungi. Finally, they also increase the risk of skin irritations and allergic reactions.
-
How long can microorganisms survive on surfaces?
Several pathogens common in healthcare environments can survive on dry surfaces for weeks, or even months. Many blood-borne viruses including HIV and HBV can remain infectious for more than a week. Most respiratory viruses can still cause infection for days: two days for influenza virus, seven days for rhinovirus, and up to three months for adenovirus. The gastrointestinal norovirus may persist for more than one week and rotavirus for up to two months. The yeast Candida albicans, bacteria such as Mycobacterium tuberculosis, and enterococci (including vancomycin-resistant enterococci, VRE) can survive for up to four months. Amazingly, there are other pathogens that can survive on surfaces for up to six months or more. These include Escherichia coli, Streptococcus pyogenes, and Staphylococcus aureus (including methicillin-resistant S. aureus, MRSA).
More FAQs
Getting the Most Out of DENTIRO® Zero
Intended Users
The product is intended for use by dental or healthcare professionals with knowledge about the disinfection of medical devices. The product is not to be used directly on patients.
Instructions for Use
For your protection, wear disposable gloves and safety goggles. Completely moisten and wipe the entire surface of the medical device. Leave disinfectant to act and adhere to contact time. Before first time use, test material compatibility by applying the disinfectant to a small inconspicuous area. A list of compatible and incompatible materials is available on our website. If you are uncertain as to the material composition of the medical device, contact the manufacturer before use. Wipe medical devices, which come into contact with skin, once a day with a water-soaked single-use cloth to prevent the build-up of biocides. Any serious incident that has occurred in relation to the device should be reported to the manufacturer and the competent authority of the Member State in which the user and/or patient is established.
Limitations
FOR PROFESSIONAL USE ONLY. Not for use on invasive medical devices. Do not mix with other products. Make sure that all visible soiling has been removed before disinfection.
Use Steps
1
For your protection, wear disposable gloves and safety goggles.
2
Completely moisten and wipe the entire surface of the medical device.
3
Leave disinfectant to act and adhere to contact time.
4
Wipe medical devices, which come into contact with skin, once a day with a water-soaked single-use cloth to prevent the build-up of biocides.
Handling
No signal word according to Regulation (EC) 1272/2008. None. H412 Harmful to aquatic life with long lasting effects. P273 Avoid release to the environment. P305 + P351 + P338 IF IN EYES: Rinse cautiously with water for several minutes. Remove contact lenses, if present and easy to do. Continue rinsing. P501 Dispose of contents/container in accordance with local and national regulations. For more information, please refer to Safety Data Sheet available on our website.
Accessories and Application Aids
User Friendly Packaging
Packaging Details
Primary Packaging Item code
CH-011004
Gross weight
0.33 kg
Net weight
0.1998 kg
GTIN
9551001442357
Shelf life
48 months
Storage conditions
Store in cool, dry and well-ventilated facility. Keep out from direct sunlight, heat, and open flame. Storage temperature: < 30°C
Secondary Packaging Quantity per carton
25 pieces
Dimensions (length x width x height)
273 mm x 258 mm x 236 mm
Weight
8.25 kg
GTIN
9551001440612
Pallet Number of layers
6
Number of boxes per layer
12
Quantity per pallet
1800
Dimensions (length x width)
One way pallet: 177 cm x 77 cm
Weight
606.5 ±1 kg
GTIN
9551001443040
Discover More About DENTIRO® Zero
Composition in 100g
100 g contains 0.4 g benzalkonium chloride, 0.4 g N-alkyl aminopropyl glycine, auxiliaries and water.
Physical and Chemical Properties
Physical state
Liquid
Form
Clear, non-viscous liquid
Colour
Colourless
Odour
Apple
Flammability
The product is not flammable.
Lower explosion limit
Not applicable.
Upper explosion limit
Not applicable.
Auto-ignition temperature
Not self-igniting.
Decomposition temperature
Not applicable.
pH-value (undiluted product)
8.2 - 8.8
pH-value (diluted product)
Not applicable (ready-to-use solution).
Solubility
Completely miscible with water.
Partition coefficient n-octanol/water
Not applicable.
Density
1.00 g/cm3
Relative density
1.00
Oxidising properties
Not oxidising.
Explosive properties
Product is not explosive.
Miscibility
Completely miscible with water.
Industries
Dental
Food Production
Beauty and Wellness
Hospitality
Leisure
Medical
Pharma
Nursing
Public Sector
Retail
Travel and Transportation
Veterinary
Explore DENTIRO® Zero's Features and Benefits
Kills 101 microorganisms
Active against even the most resistant viruses such as poliovirus and adenovirus.
Short exposure time
Acts within 60 seconds against bacteria, yeasts, and enveloped viruses.
Compatible with more than 250 materials including artificial leather
The product is particularly suitable for the disinfection of sensitive surfaces such as artificial leather covers or acrylic glass.
Alcohol-free
The alcohol-free disinfectant is suitable for use on sensitive surfaces and objects such as ultrasound probes or acrylic glass.
Available in different sizes
Choose a size that works best for your needs.
Bottle with clip-lid
Enables disinfection of surfaces without the need for spraying.
Ensuring the Compatibility of Our Disinfectants Is a Top Priority
While no disinfectant can guarantee absolute compatibility with all materials, our rigorous in-house testing, strategic collaborations with medical device manufacturers, and stringent external testing at ISO 17025 accredited laboratories for final material compatibility evaluations-affirm that our disinfectants are exceptionally suited for a broad spectrum of surfaces, encompassing various metals, plastics, and polymers.
Note
-
No visible surface damage or effect on the material is likely to occur when used according to label directions. No change to the integrity of the material is expected.
-
Some visible surface damage such as tarnishing or clouding may be seen with long-term exposure. Little to no effect on material intergrity is expected. Periodic wiping of surfaces with a clean damp cloth to remove residue can help to minimize damage.
-
Visible damage to the surface is likely to occur with long-term exposure and some effect on material integrity is possible. Surfaces should be wiped with a clean damp cloth immediately after the contact time has been reached to reduce the risk of damage. Users should evaluate the risk of surface damage vs the benefits of disinfectant efficacy against pathogens to determine whether the products is appropriate for use.
The Diversity of Materials in Healthcare - From Metals and Plastics to Polymers - Makes Compatibility with Disinfectants Crucial
Recognizing and addressing material incompatibilities is crucial in the medical industry. Disinfectants that are not compatible with certain materials can trigger stress cracks in equipment, accelerating wear and tear and shortening their usable lifespan. Moreover, these cracks become breeding grounds for pathogens, rendering the disinfection processes ineffective. The longevity and functionality of medical devices hinge not just on the quality of their construction, but also on the interplay between the materials they are made of and the disinfectants used on them.
The Challenge of Environmental Stress Cracking
Environmental stress cracking presents a major issue in healthcare. When materials, notably plastics and polymers, come into contact with certain disinfectants, they can weaken and prematurely become brittle. The result is not just equipment that wears out faster but surfaces that become challenging to disinfect, turning into safe havens for pathogens.
This issue stems from the myriad of chemical structures that fall under the ❬ plastics ❭ and ❬ polymers ❭ categories. While device manufacturers choice of materials is influenced by their physical attributes, cost-effectiveness, and availability, the resilience to disinfectants is vital for patient safety.
On the other hand, disinfectants, which are made of active compounds, solvents, and other additives, need to strike a balance between eradicating microbes and not causing material damage. A lapse in this balance can lead to ❬ environmental stress cracking ❭, which weakens plastics prematurely. Prolonged exposure to certain disinfectants can alter polymer structures, making them brittle. Amines, for instance, are notably harsh on some plastics. The consequence? Deepening cracks in equipment, providing hiding spots for pathogens and undermining disinfection.
So what can be done? The remedy lies in a collaborative effort. While surface and device manufacturers should prioritize robust, durable materials, disinfectant producers must innovate with formulations that are gentler on surfaces, without compromising efficacy. At Oro Clean Chemie AG, our commitment echoes this principle, ensuring our disinfectants are both potent and compatible, so you never have to choose between clinical efficacy and equipment longevity.
FAQ
-
What does it mean when a surface disinfectant is classified as "virucidal"?
According to EN 14885:2022, the label "virucidal" indicates that a surface disinfectant is effective against all enveloped and non-enveloped viruses, including highly resistant non-enveloped viruses such as poliovirus, adenovirus, and norovirus. A virucidal product offers the user the highest level of protection.
-
What is the difference between "virucidal" and "limited spectrum virucidal" claims for surface disinfectants?
According to EN 14885:2022, the designation "virucidal" means that a surface disinfectant is effective against all enveloped and non-enveloped viruses, including poliovirus, adenovirus, and norovirus. In contrast, a "limited spectrum virucidal" claim indicates that the disinfectant is effective against all enveloped viruses and a number of non-enveloped viruses including adenovirus and norovirus.
-
What does "virucidal against enveloped viruses" mean?
The labeling of a surface disinfectant as "virucidal against enveloped viruses" according to EN 14885:2022 signifies that it has passed specific tests confirming its effectiveness against viruses with lipid envelopes, such as the vaccinia virus. Enveloped viruses are characterized by their protective lipid envelopes, and this claim demonstrates the product's proven efficacy in targeting and inactivating this particular group of viruses.
-
What is the significance of evaluating disinfectant efficacy in both clean and dirty conditions according to standards like EN 14476 or EN 17111?
Assessing disinfectant efficacy in both clean and dirty conditions is crucial to ensure practical effectiveness. In clean conditions, disinfectants are tested on surfaces that are free from visible contaminants. This represents ideal conditions but may not reflect real-world scenarios. In contrast, dirty conditions involve testing on surfaces with organic matter or simulated soil to mimic more challenging, real-world situations. By evaluating disinfectants in both settings, standards like EN 14476 and EN 17111 provide a comprehensive assessment of a disinfectant's ability to perform effectively in various practical environments, helping to ensure safe and reliable disinfection.
-
How is the exposure time determined for disinfectants?
European standards specify the required exposure times for disinfectants to achieve their claimed efficacy. The standards provide detailed instructions on the duration of contact between the disinfectant and the microorganism to ensure effective inactivation or reduction.
-
What's the main goal of the EN 14885:2022 document, especially in a medical context?
EN 14885:2022 serves as a comprehensive guide for chemical disinfectants and antiseptics, especially in the medical field. It outlines the standards for testing these products to ensure they are effective and safe for use in various medical settings, like hospitals and clinics. The document helps manufacturers validate their product claims, assists users in selecting appropriate products, and guides regulatory authorities in evaluating these products.
-
Can you explain the difference between 'with mechanical action' and 'without mechanical action' in EN 14885:2022?
With mechanical action" refers to the process of physically wiping a surface or object with a disinfectant, enhancing the removal of microbes. This is common in settings where thorough cleaning is necessary. "Without mechanical action" means applying the disinfectant without any physical aid, for example through spraying. This method relies solely on the chemical properties of the disinfectant to kill or deactivate microbes. The choice between these methods depends on the specific requirements of the healthcare setting and the type of surface being disinfected.
-
Can disinfectants damage medical device surfaces or affect their performance?
Yes, certain disinfectants can cause damage to medical device surfaces or alter their performance, particularly if the devices are made of sensitive materials such as soft plastics or rubber. Always use disinfectants that have been tested and proven safe for a large number of materials.
-
What precautions should be taken when using disinfectants on electronic medical equipment?
When using disinfectants on electronic medical equipment, it's important to avoid spraying directly onto the device. Instead, use a cloth moistened with the disinfectant. Ensure that the disinfectant is compatible with electronic components and that the equipment is powered off and disconnected from power sources before disinfection.
-
Are there any best practices for testing the compatibility of a new disinfectant with healthcare materials?
Best practices for testing a new disinfectant include conducting spot tests on a small, inconspicuous area of the material, monitoring for any adverse reactions, and verifying the results against the disinfectant's material compatibility chart. It's also recommended to consult with the disinfectant manufacturer for any specific testing protocols or guidelines they may provide.
-
What is EN ISO 21530 and how does it relate to the use of disinfectants in healthcare?
EN ISO 21530 is a standard that specifies the requirements and test methods for assessing the compatibility of disinfectants with the materials used in medical devices. Its main objective is to ensure that the physical and chemical properties of medical device materials are maintained even after repeated disinfection processes. This ensures that the products can continue to be used safely and effectively in the healthcare sector.
-
How does EN ISO 21530 influence the selection of disinfectants for medical devices?
EN ISO 21530 has a significant impact on the selection of medical device disinfectants by providing healthcare providers with clear information on which disinfectants have been thoroughly tested and proven to have no harmful effects on the materials used in their medical devices. This enables professionals to select disinfectants that will not compromise the integrity or functionality of the devices and therefore maintain the highest safety standards.
-
Are non-alcoholic disinfectants also appropriate for surface disinfection between patient treatments?
There are various non-alcoholic products available for surface disinfection. Most are based on quaternary ammonium compounds, such as benzalkonium chloride. The advantage of such products is that because their active substances remain on the surface after application, they can provide residual activity. Unfortunately, non-alcoholic disinfectant’s antimicrobial action is significantly slower than the action of alcohol-based products, which means that they generally require longer exposure times. Because time between treatments is limited, quaternary ammonium compounds alone are not suitable for fast disinfection between patients. In addition, the effective spectrum of many alcohol-free surface disinfectants is not as broad as that of alcoholic disinfectants. In fact, almost all alcohol-free disinfectants lack activity against mycobacteria and/or fungi. Finally, they also increase the risk of skin irritations and allergic reactions.
-
How long can microorganisms survive on surfaces?
Several pathogens common in healthcare environments can survive on dry surfaces for weeks, or even months. Many blood-borne viruses including HIV and HBV can remain infectious for more than a week. Most respiratory viruses can still cause infection for days: two days for influenza virus, seven days for rhinovirus, and up to three months for adenovirus. The gastrointestinal norovirus may persist for more than one week and rotavirus for up to two months. The yeast Candida albicans, bacteria such as Mycobacterium tuberculosis, and enterococci (including vancomycin-resistant enterococci, VRE) can survive for up to four months. Amazingly, there are other pathogens that can survive on surfaces for up to six months or more. These include Escherichia coli, Streptococcus pyogenes, and Staphylococcus aureus (including methicillin-resistant S. aureus, MRSA).
More FAQs
Getting the Most Out of DENTIRO® Zero
Intended Users
The product is intended for use by dental or healthcare professionals with knowledge about the disinfection of medical devices. The product is not to be used directly on patients.
Instructions for Use
For your protection, wear disposable gloves and safety goggles. Completely moisten and wipe the entire surface of the medical device. Leave disinfectant to act and adhere to contact time. Before first time use, test material compatibility by applying the disinfectant to a small inconspicuous area. A list of compatible and incompatible materials is available on our website. If you are uncertain as to the material composition of the medical device, contact the manufacturer before use. Wipe medical devices, which come into contact with skin, once a day with a water-soaked single-use cloth to prevent the build-up of biocides. Any serious incident that has occurred in relation to the device should be reported to the manufacturer and the competent authority of the Member State in which the user and/or patient is established.
Limitations
FOR PROFESSIONAL USE ONLY. Not for use on invasive medical devices. Do not mix with other products. Make sure that all visible soiling has been removed before disinfection.
Use Steps
1
For your protection, wear disposable gloves and safety goggles.
2
Completely moisten and wipe the entire surface of the medical device.
3
Leave disinfectant to act and adhere to contact time.
4
Wipe medical devices, which come into contact with skin, once a day with a water-soaked single-use cloth to prevent the build-up of biocides.
Handling
No signal word according to Regulation (EC) 1272/2008. None. H412 Harmful to aquatic life with long lasting effects. P273 Avoid release to the environment. P305 + P351 + P338 IF IN EYES: Rinse cautiously with water for several minutes. Remove contact lenses, if present and easy to do. Continue rinsing. P501 Dispose of contents/container in accordance with local and national regulations. For more information, please refer to Safety Data Sheet available on our website.
Accessories and Application Aids
User Friendly Packaging
Packaging Details
Primary Packaging Item code
CH-011004
Gross weight
0.33 kg
Net weight
0.1998 kg
GTIN
9551001442357
Shelf life
48 months
Storage conditions
Store in cool, dry and well-ventilated facility. Keep out from direct sunlight, heat, and open flame. Storage temperature: < 30°C
Secondary Packaging Quantity per carton
25 pieces
Dimensions (length x width x height)
273 cm x 258 cm x 236 cm
Weight
8.25 kg
GTIN
9551001440612
Pallet Number of layers
6
Number of boxes per layer
12
Quantity per pallet
1800
Dimensions (length x width)
One way pallet: 177 cm x 77 cm
GTIN
9551001443040
Discover More About DENTIRO® Zero
Composition in 100g
100 g contains 0.4 g benzalkonium chloride, 0.4 g N-alkyl aminopropyl glycine, auxiliaries and water.
Physical and Chemical Properties
Physical state
Liquid
Form
Clear, non-viscous liquid
Colour
Colourless
Odour
Apple
Flammability
The product is not flammable.
Lower explosion limit
Not applicable.
Upper explosion limit
Not applicable.
Auto-ignition temperature
Not self-igniting.
Decomposition temperature
Not applicable.
pH-value (undiluted product)
8.2 - 8.8
pH-value (diluted product)
Not applicable (ready-to-use solution).
Solubility
Completely miscible with water.
Partition coefficient n-octanol/water
Not applicable.
Density
1.00 g/cm3
Relative density
1.00
Oxidising properties
Not oxidising.
Explosive properties
Product is not explosive.
Miscibility
Completely miscible with water.
Industries
Dental
Food Production
Beauty and Wellness
Hospitality
Leisure
Medical
Pharma
Nursing
Public Sector
Retail
Travel and Transportation