Showing 13–21 of 21 results

Hospital Disinfectant (Nano biocide)

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Introduction

Silver nanoparticles have been used as colloidal silver for more than 100 years. Historically, colloidal silver containing silver with different concentrations and particle sizes has been widely used to treat wounds and infections. Penetration of silver into the bacteria cells induces a high degree of structural and morphological changes which lead to the death of that cell. Silver nanoparticles can prevent the growth or adhesion of bacteria onto the surface. This can be especially useful in the operation room, where all surfaces in contact with the patient’s body should be sterilized. In addition, silver nanoparticles can be incorporated into a variety of surfaces, such as metal, plastic, and glass. This product has been introduced into the market with two different concentrations:

  • Disinfectant containing 100 ppm silver nanoparticles
  • Disinfectant containing 2000 ppm silver nanoparticles

Hospital Disinfectant (Nano biocide)

0,00 

Introduction

Silver nanoparticles have been used as colloidal silver for more than 100 years. Historically, colloidal silver containing silver with different concentrations and particle sizes has been widely used to treat wounds and infections. Penetration of silver into the bacteria cells induces a high degree of structural and morphological changes which lead to the death of that cell. Silver nanoparticles can prevent the growth or adhesion of bacteria onto the surface. This can be especially useful in the operation room, where all surfaces in contact with the patient’s body should be sterilized. In addition, silver nanoparticles can be incorporated into a variety of surfaces, such as metal, plastic, and glass. This product has been introduced into the market with two different concentrations:

  • Disinfectant containing 100 ppm silver nanoparticles
  • Disinfectant containing 2000 ppm silver nanoparticles

Hospital Disinfectant (Nano biocide)

0,00 

Introduction

Silver nanoparticles have been used as colloidal silver for more than 100 years. Historically, colloidal silver containing silver with different concentrations and particle sizes has been widely used to treat wounds and infections. Penetration of silver into the bacteria cells induces a high degree of structural and morphological changes which lead to the death of that cell. Silver nanoparticles can prevent the growth or adhesion of bacteria onto the surface. This can be especially useful in the operation room, where all surfaces in contact with the patient’s body should be sterilized. In addition, silver nanoparticles can be incorporated into a variety of surfaces, such as metal, plastic, and glass. This product has been introduced into the market with two different concentrations:

  • Disinfectant containing 100 ppm silver nanoparticles
  • Disinfectant containing 2000 ppm silver nanoparticles

Olka Motor Oil

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Introduction

Depreciation of the automobile engine because of the increase in temperature and friction is the main challenge in the automobile industry. In this regard, improving the quality of motor oils has always been the main concern of the specialists. Motor oils containing nano additives are the latest technology for protecting and extending the life of automotive engine and oil through mechanical means instead of chemicals, which can deteriorate over time. The nanometer-sized diamonds suspended in the motor oil are completely dispersed in the oil and fill the pores of the metal, helping to sustain an oil film on the inner surfaces of the engine. The nanodiamond ball bearings transform the sliding friction that normally occurs between metal surfaces into rolling friction, thereby reducing heat, wear and engine drag. Lower heat helps to extend the life of the oil, and less engine drag increases fuel mileage.

Olka Motor Oil

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Introduction

Depreciation of the automobile engine because of the increase in temperature and friction is the main challenge in the automobile industry. In this regard, improving the quality of motor oils has always been the main concern of the specialists. Motor oils containing nano additives are the latest technology for protecting and extending the life of automotive engine and oil through mechanical means instead of chemicals, which can deteriorate over time. The nanometer-sized diamonds suspended in the motor oil are completely dispersed in the oil and fill the pores of the metal, helping to sustain an oil film on the inner surfaces of the engine. The nanodiamond ball bearings transform the sliding friction that normally occurs between metal surfaces into rolling friction, thereby reducing heat, wear and engine drag. Lower heat helps to extend the life of the oil, and less engine drag increases fuel mileage.

Olka Motor Oil

0,00 

Introduction

Depreciation of the automobile engine because of the increase in temperature and friction is the main challenge in the automobile industry. In this regard, improving the quality of motor oils has always been the main concern of the specialists. Motor oils containing nano additives are the latest technology for protecting and extending the life of automotive engine and oil through mechanical means instead of chemicals, which can deteriorate over time. The nanometer-sized diamonds suspended in the motor oil are completely dispersed in the oil and fill the pores of the metal, helping to sustain an oil film on the inner surfaces of the engine. The nanodiamond ball bearings transform the sliding friction that normally occurs between metal surfaces into rolling friction, thereby reducing heat, wear and engine drag. Lower heat helps to extend the life of the oil, and less engine drag increases fuel mileage.

Respirator Nano Mask

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Introduction

With increasing of pollutants and airborne infected particles as well as respiratory infection such as influenza and Covid-19, use mask to blocking the entrance of air pollution and pathogens from breathing ways become a necessity.

Respiratory masks are made with several non-woven layers consisting of Spunbond, SMS and Meltblown that mainly made of woven polypropylene fibers. Meltblown and SMS layers play the main role in air filtering from suspended particles and dust and spunbond is the protector of middle layers in Mask.

Respirator Nano Mask

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Introduction

With increasing of pollutants and airborne infected particles as well as respiratory infection such as influenza and Covid-19, use mask to blocking the entrance of air pollution and pathogens from breathing ways become a necessity.

Respiratory masks are made with several non-woven layers consisting of Spunbond, SMS and Meltblown that mainly made of woven polypropylene fibers. Meltblown and SMS layers play the main role in air filtering from suspended particles and dust and spunbond is the protector of middle layers in Mask.

Respirator Nano Mask

0,00 

Introduction

With increasing of pollutants and airborne infected particles as well as respiratory infection such as influenza and Covid-19, use mask to blocking the entrance of air pollution and pathogens from breathing ways become a necessity.

Respiratory masks are made with several non-woven layers consisting of Spunbond, SMS and Meltblown that mainly made of woven polypropylene fibers. Meltblown and SMS layers play the main role in air filtering from suspended particles and dust and spunbond is the protector of middle layers in Mask.