Soft Contact Lens Disinfecting Solution, 10 FL OZ, 1 Lens Case
Summary
This contact lens disinfecting solution contains hyaluronan, which is beneficial for moisture retention and comfort. However, it also includes boric acid and edetate disodium, which are common in such solutions but can be mildly irritating to some users. The product is moderately processed with a mix of synthetic and natural ingredients, which affects its overall safety profile.
At a glance
Key ingredients 7
HyaluronanVery Good
Hyaluronan, also known as hyaluronic acid, is a naturally occurring substance in the body that helps retain moisture. It is often used in skincare for its hydrating properties. In contact lens solutions, it can enhance comfort by keeping lenses moist.
Risks
There are minimal risks associated with hyaluronan, though some individuals may experience mild irritation.
Benefits
Hyaluronan is beneficial for its excellent moisture-retaining properties, which can improve lens comfort and reduce dryness.
SulfbetaineNeutral
Sulfbetaine is a zwitterionic surfactant used for its cleaning and antimicrobial properties. It helps in removing deposits from contact lenses. Its mild nature makes it suitable for sensitive applications like eye care.
Risks
There are limited risks, but some users may experience mild irritation if sensitive.
Benefits
Sulfbetaine helps in effectively cleaning lenses without causing significant irritation, maintaining lens hygiene.
PoloxamineNeutral
Poloxamine is a surfactant that aids in cleaning and disinfecting contact lenses. It helps in removing protein deposits from lenses. Its use in lens solutions is due to its ability to enhance cleaning efficacy.
Risks
Potential risks include mild irritation for some users, though it is generally considered safe.
Benefits
Poloxamine is beneficial for its ability to clean lenses effectively, ensuring clear vision and lens comfort.
Boric AcidNeutral
Boric acid is used in contact lens solutions for its antimicrobial properties. It helps maintain the pH balance of the solution. Its inclusion ensures the solution is effective against bacteria and fungi.
Risks
Boric acid can cause irritation if used in high concentrations, but it is generally safe in regulated amounts.
Benefits
Boric acid is beneficial for its antimicrobial properties, helping to keep lenses free from harmful microorganisms.
Sodium BorateNeutral
Sodium borate is used as a buffering agent in contact lens solutions. It helps maintain the stability and pH of the solution. Its role is crucial in ensuring the solution remains effective over time.
Risks
Sodium borate can cause irritation if not used properly, but it is safe in controlled amounts.
Benefits
Sodium borate is beneficial for maintaining the stability and effectiveness of the lens solution.
Edetate DisodiumNeutral
Edetate disodium, also known as EDTA, is a chelating agent used to bind metal ions. In contact lens solutions, it helps enhance the antimicrobial efficacy by binding metal ions that bacteria need to grow.
Risks
There is a low risk of irritation, but it is generally considered safe in small amounts.
Benefits
Edetate disodium is beneficial for its ability to enhance the antimicrobial properties of the solution, ensuring lens safety.
Sodium ChlorideNeutral
Sodium chloride is used to create an isotonic solution that matches the natural salt concentration of the eye. It helps ensure the solution is comfortable and non-irritating. Its presence is essential for maintaining the osmotic balance of the solution.
Risks
Sodium chloride is generally safe, but excessive amounts can cause irritation.
Benefits
Sodium chloride is beneficial for maintaining the isotonic nature of the solution, ensuring comfort during lens wear.
Processing
Unprocessed or Minimally Processed Foods
Get the full breakdown in the Scout app
Scan any product to see lab results, healthy alternatives, and your personalized analysis.
Download on theApp Store