G.C. Mol 325mg Paracetamol, 250mg Vitamin C & 100mg Guaiphenesin Effervescent Granules
Description
BRAND NAME: G.C. Mol
ABOUT THE PRODUCT: G.C. Mol Effervescent Granules is a comprehensive, fast-acting solution designed to support your recovery during bouts of cold, flu, and seasonal illnesses. By combining the power of Paracetamol, Vitamin C, and Guaiphenesin, this formula works in harmony to alleviate discomfort, lower fever, and help clear respiratory pathways. Whether you are dealing with a stubborn cough, throat irritation, or the aches associated with viral infections, these refreshing effervescent granules offer a convenient way to get back on your feet and feel like yourself again.
BENEFITS & KEY FEATURES:
- Triple-Action Relief: Formulated with Paracetamol to effectively reduce fever and manage pain, while providing targeted support for respiratory comfort.
- Clears Congestion: Contains Guaiphenesin, which works to loosen mucus and phlegm, making it easier to breathe when suffering from chest congestion or coughs.
- Immune System Support: Infused with 250mg of Vitamin C, a vital antioxidant that helps strengthen your body’s natural defenses and supports metabolic health during recovery.
- Fast Absorption: The effervescent format ensures the active ingredients are quickly dissolved and absorbed by the body for rapid relief.
HOW TO USE SAFELY:
- Directions: For children aged 6 to 12 years, the recommended dosage is one sachet taken 3 to 4 times daily. Dissolve the granules in water as directed.
- Important Tips: Store in a cool, dry place at a temperature below 25°C. Protect the product from moisture and direct sunlight to maintain its effectiveness. Please inform your doctor or pharmacist of any other medications, vitamins, or supplements you are currently taking before starting this treatment.
SAFETY NOTE: Please consult your healthcare professional or physician before use. Do not use this medication without professional medical advice, especially for long-term use, to avoid potential side effects or adverse reactions.

