DHC Chondroitin Joint Health Aid 30-Day Mobility Support Tablets

DHC Chondroitin 30-Day Joint Health Tablets are formulated to promote robust joint function and sustain effortless movement. This dietary aid features chondroitin, a naturally occurring compound within cartilage crucial for preserving moisture and flexibility. With advancing age, chondroitin levels decline, highlighting the significance of supplementation for enduring joint comfort and adaptability.

This innovative formula blends chondroitin sulfate with type II collagen, CBP, royal jelly, oyster extract, and zinc, offering extensive support for your joints. These convenient daily tablets supply 430 mg of chondroitin sulfate in each dose. Perfect for individuals aiming to progressively and efficiently bolster their joint wellness, this supplement encourages general vitality and an energetic lifestyle.

• Format: Tablet

• Net contents: 43.2 g | 90 tablets

• Manufacturer: DHC

• Made in: Japan

• Delivers 430 mg of chondroitin sulfate in each daily dose to foster cartilage wellness
• Incorporates type II collagen and CBP for heightened joint assistance
• Crafted with royal jelly, oyster extract, and zinc to advance comprehensive joint vitality
• Simple-to-ingest tablet format suitable for everyday consumption
• Aids fluid and comfortable joint motion as an integral component of a sustained health regimen

Maltitol (domestic and Thailand manufacture), pork cartilage extract powder (contains chondroitin sulfate), chicken cartilage extract powder (contains type II collagen and chondroitin sulfate), reduced starch syrup, dried royal jelly, oyster meat extract powder, zinc-containing yeast, concentrated whey active protein (contains milk), cellulose, calcium stearate, gum arabic, fine silicon dioxide, eggshell calcium, shellac, antioxidant (vitamin E), carnauba wax

Consume three tablets each day with water or tepid water. Consistent, ongoing usage is advised for optimal outcomes. While no particular time of day is mandatory, ingesting them with meals could enhance absorption.