> Elbow crutches > Elbow crutches with antibacterial handle


Elbow crutches with antibacterial handle

They are a version of the elbow crutches you are familiar with, with double height adjustment and soft grip improved by using plastic enriched with colloidal silver (nanosilver) with antibacterial and antiviral properties.

The following models of bullets are available for sale
with antibacterial handle:

While stocks last, we are offering crutches with double height adjustment, pivoting clamp and hard anti-bacterial handle at a discounted price: 01/MR and 01/MR “M”

ADVANTAGES OF USING NANOSILVER

  • Nanosilver acts non-specifically on a very wide range of microorganisms (bacteria, fungi, molds, algae, viruses, primitive Eucaryota) including common pathogenic species;
  • It is resistant to chemical, physical and biological agents. Microorganisms cannot defend themselves against it, unlike commonly used synthetic agents;
  • Nanosilver is a safe product for humans, animals and the environment;
  • Silver on the nanoscale works at trace amounts, eliminates biofilms on saturated surfaces,
  • Nanosilver does not degrade on its own and is practically indefinitely stable in plastics.

Test report on plastic with nanosilver

Active silver particles differ from conventional chemicals in that their effect on microbial cells is permanent (nanosilver is permanent in plastics indefinitely). Saturating the surface with nanosilver prevents the growth of microorganisms and reduces the risk of infection.

Depending on the nanosilver content of the product, different levels of microbiological protection (from bacteriostatic to bactericidal) are achieved.

Nanosilver is already effective at 1-25 ppm. For many substances these are trace concentrations, but for nanosilver they are sufficient to protect against 650 species of bacteria, molds, viruses and fungi. The effectiveness of the nanosilver additive has been repeatedly confirmed by numerous microbiological tests.

In the material used to manufacture our bullets, the content of nanosilver particles is about 200 ppm.


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