BN Chocolate has changed the face of calcium supplements as it contains quality calcium citrate and vitamin D in a delicious ball of premium 72% dark chocolate.
Our chocolate calcium balls are the most delicious way to get daily calcium. The flavour is rich and creamy, with just a hint of sweetness and no bitter aftertaste. BN Chocolate will make adding calcium citrate to your day an absolute pleasure.
BN Chocolate contains 400mg of calcium with 200IU vegan vitamin D - formulated using calcium citrate, which is bioavailable and easily digested over other forms of calcium.
It may be taken at any time of day, with or without food, but other forms of calcium require acid for absorption. Vitamin D supplementation promotes calcium absorption, helps maintain a healthy vitamin D status, and supports healthy bones.
When you take BN Chocolate, you'll:
- Support bone health
- Maintain cardiovascular system health
- Help enhance bone mineralisation
- Support healthy digestion
- Assist protein synthesis in the body
Each calcium with vegan vitamin D chocolate ball contains:
- Premium 72% dark chocolate
- 400mg calcium citrate
- 200IU vegan vitamin D
- No gluten
- Less than 2g of sugar
The building blocks of healthy bones.
Calcium is vital for bone health, muscle contraction, nerve transmission, blood clotting, and much more. Sufficient calcium and vitamin D throughout life as part of a well-balanced diet may reduce the risk of osteoporosis.
Recent reports indicate that vitamin D is essential for calcium absorption and key in supporting immunity. BN Chocolate contains 200IU of vegan vitamin D, the most active form of the nutrient.
Calcium provides structure and strength for our bones, which we need for normal bone development and maintenance. Our body gets calcium from the food we eat. Calcium-rich foods include dairy products, dark green leafy vegetables and sesame seeds.
Vitamin D is produced in the body after skin exposure to UVB rays. A significant function of vitamin D is regulating calcium and phosphorus levels by stimulating their absorption from the intestines, reabsorption in the kidneys and releasing calcium from bones back into the blood.