Benefits of Brewing Chrysanthemum, Chenpi, and Licorice Together

2026-01-01
Estimated reading 9 min

Chrysanthemum, Chenpi (dried tangerine peel), and Licorice (Gan Cao) form a very harmonious trio in Traditional Chinese Medicine. Their properties complement each other without any contraindications. Brewing them together not only provides multiple health benefits but also balances potential dryness or coolness. Here are the core benefits of this herbal blend.

Core Benefits Analysis

  1. Clearing Heat, Detoxifying, and Brightening Eyes: Both Chrysanthemum and Licorice have significant heat-clearing and detoxifying properties. Combined with Chenpi, they effectively clear internal heat and alleviate symptoms of "fire" such as dry mouth, constipation, yellow urine, and eye strain.
  2. Drying Dampness, Resolving Phlegm, and Moistening Lungs: Chenpi excels at drying dampness and resolving phlegm, while Licorice promotes bronchial secretions, acting as a lung-moistening and cough-relieving agent. Complemented by Chrysanthemum's wind-heat clearing ability, this blend is very effective for relief of coughing with thick, abundant phlegm.
  3. Appetizing and Aiding Digestion: Volatile oils in Chenpi stimulate the secretion of digestive juices. This refreshing combination effectively relieves abdominal bloating and poor appetite, serving as an excellent appetizer.

Flavor Improvement Advice

Since Chenpi is bitter, Licorice has a slight bitterness (followed by sweetness), and Chrysanthemum also carries a clear bitter note, some may find the brew too bitter.

  • Flavoring Tip: It is recommended to add a little honey or rock sugar after the tea has cooled slightly. This not only significantly improves the taste but also enhances the lung-moistening effect, making it a suitable daily wellness tea for all ages.

Summary: Chrysanthemum, Chenpi, and Licorice tea is a practical dietary remedy for clearing heat, relieving coughs, and strengthening the spleen, ideal for consumption during seasonal transitions or when experiencing internal heat.