Sirona Natural Biodegradable Super Soft Pink Sanitary Pads/Napkins Large ( L ) - 10 Pieces

Sirona offers innovative pink and ultra-soft sanitary pads which are soft on the skin and will keep you comfortable and rash-free while you go about your regular day. The Sirona Natural Biodegradable Super Soft Pink Sanitary Pads are gentle on the skin and good for the environment as the material is biodegradable. Especially popular among teenagers, these pink pads are also antibacterial and protect young menstruating individuals from infections while also keeping the morale up by making those days a little more colourful. The beatable, breathable pads give you the comfort you seek in the days of your periods.

• Cotton
• Cassava
• Straw-bale
• Corn
• Sugarcane

• The pads are incredibly soft and gentle on your skin.
• Helps prevent rashes or skin irritation.
• Super absorbent and leakproof, so you can sleep, work and travel stress-free.
• The Sirona Pads are also antibacterial, thus keeping you infection-free.
• Paraben-free, toxins-free and chlorine-free.

• Provides comprehensive coverage helping newly menstruating people.
• Helps to manage heavy flow due to its super-absorbent feature.
• Super thin but also very absorbent and thus instrumental in controlling heavy flows, especially during work/school days.

• Peel off the adhesive strip on the back of the napkin.
• Take a regular panty and paste it on the inside.
• Change it as and when required.

• Store the product in a dry and clean place.
• For external use only.
• Do not wear the napkin for more than 12 hours.
• Wear relatively soft and loose undergarments when using this.
• Carefully read the label to be sure of expiry dates.
• Store it away from direct sources of heat.

Q1. Does the pink colour of Sirona Natural Biodegradable Super Soft Pink Sanitary Pads make it difficult to monitor the flow?

Ans: No, the colour isn’t that dark so the flow is visible.

Q2. Can Sirona Sanitary Pads be used on days with a heavy flow?

Ans: Yes, even though the pads are thin, they are absorbent enough to control heavy flows.