Xailin Hydrate Eye Drops 10mL
Xailin Hydrate Eye Drops provide advanced hydration and lasting relief for dry, irritated and uncomfortable eyes. Formulated with 0.2% Sodium Hyaluronate, these preservative-free lubricating eye drops help replenish moisture, stabilise the tear film and protect the ocular surface. Ideal for people experiencing dry eye symptoms due to screen use, air conditioning, environmental factors or contact lens wear, Xailin Hydrate helps soothe burning, stinging, grittiness and eye fatigue while delivering long-lasting comfort.
- 0.2% Sodium Hyaluronate: Provides effective lubrication and hydration for dry, irritated eyes.
- Preservative Free Formula: Gentle on sensitive eyes and suitable for frequent daily use.
- Long-Lasting Moisture: Helps stabilise the tear film and maintain comfort throughout the day.
- Supports Ocular Surface Health: Helps protect and soothe the surface of the eye during dry eye episodes.
- Suitable for Contact Lens Wearers: Can be used to improve comfort during contact lens wear.
- Convenient Multi-Dose Bottle: Easy-to-use 10mL bottle for home, work and travel.
Product Details
How To Use
Instil 1–2 drops into the affected eye(s) as required or as directed by your eye care professional. Avoid touching the dropper tip to the eye or surrounding surfaces. Replace the cap immediately after use.
FAQ
Q: What is Sodium Hyaluronate?
A: Sodium Hyaluronate is a naturally occurring molecule that helps retain moisture on the eye's surface, providing longer-lasting hydration and comfort.
Q: Are Xailin Hydrate Eye Drops preservative free?
A: Yes, Xailin Hydrate Eye Drops are preservative free, making them suitable for sensitive eyes and regular use.
Q: Can I use these drops while wearing contact lenses?
A: Yes, Xailin Hydrate Eye Drops are suitable for contact lens wearers and can help improve comfort throughout the day.
Q: What symptoms do these eye drops help relieve?
A: They help relieve dry, gritty, burning, stinging and tired eyes caused by screen use, environmental conditions, air conditioning and reduced tear production.
