natural Stinging Nettle Tea Bags – Urtica Dioica Herbal Detox Tea | Apneehatti
natural Stinging Nettle Tea Bags – Urtica Dioica Herbal Detox Tea | Apneehatti
Select Size
15 bags
₹180
30 bags
₹280
PRODUCT DESCRIPTION
Apneehatti Stinging Nettle Tea is made from carefully selected dried Urtica Dioica leaves sourced from Himalayan regions. Traditionally used as a herbal infusion, this caffeine-free tea offers a mild, earthy flavor with a smooth and refreshing taste. The tea bags are prepared without artificial flavors, additives, or preservatives, making them suitable for everyday consumption. Conveniently packed in eco-friendly tea bags, this herbal tea can be enjoyed hot or cold as part of a simple daily routine.
Product Features
Made from pure dried stinging nettle (Urtica Dioica) leaves Caffeine-free herbal tea No added colors, flavors, or preservatives Mild, earthy taste suitable for daily use Packed in convenient tea bags
Pack Options
15 Tea Bags 30 Tea Bags
Ingredients
100% Pure Dried Stinging Nettle Leaves (Urtica Dioica)
How to Use
Add 1 tea bag to hot water Steep for 5–7 minutes Enjoy plain or with lemon or honey if desired Can also be prepared as a cold infusion
Storage Instructions
Store in a cool, dry place Keep tea bags sealed or in an airtight container Protect from moisture and direct sunlight Best consumed within 12–18 months of packaging
Important Note
This product is a herbal beverage intended for general consumption. It is not intended to diagnose, treat, cure, or prevent any disease.
Frequently Asked Questions
What is Stinging Nettle Tea made from?
Stinging Nettle Tea is made from dried Urtica Dioica (stinging nettle) leaves.
Does this tea contain caffeine?
No, this is a naturally caffeine-free herbal tea.
How should Stinging Nettle Tea be prepared?
Place one tea bag in hot water and steep for 5–7 minutes. It can be enjoyed hot or cold.
Are any artificial ingredients added?
No artificial flavors, colors, or preservatives are added.
How should the tea bags be stored?
Store in a cool, dry place away from moisture and direct sunlight.
