Klaire Labs Bi-Carb Formula, 250 veg. capsules

Name: Klaire Labs Bi-Carb Formula, 250 veg. capsules
Brand: Klaire Labs
SKU: CV-V033-25
Price: 28.00 GBP
Availability: InStock

Hypoallergenic food supplement

£28.00

(£103.70 / kg, Price shown includes 5% VAT. - Excludes delivery costs)

Features & Advantages

Sodium & Potassium Carbonate
Vegetarian formulation
Made from pure mineral compounds

Vegetarian

Item no.: CV-V033-25, Content: 250 veg. capsules, EAN: 709616033258

Frequently bought together with Klaire Labs Magnesium Glycinate Complex, 100 veg. capsules

Klaire Labs Bi-Carb Formula - 250 veg. capsules

Klaire Labs Bi-Carb Formula - 250 veg. capsules	£28.00 (£103.70 / kg)
Klaire Labs Magnesium Glycinate Complex, 100 veg. capsules	£17.95 (£388.89 / kg)
Total price:	£45.95

Description

These capsules are perfect as a supplement to a balanced diet. The vegetarian formulation made from pure mineral compounds provides minerals and is also hypoallergenic. Ideal in everyday life.

Consumption recommendation:

Take 1 capsule 1 x daily with approx. 200ml of water.

Hints:

Do not use if you are pregnant or breastfeeding.
If you take medication regularly, consult a doctor before taking it.

Manufacturer:	Klaire Labs
Pharmaceutical form:	Capsule
Minerals:	Potassium, Sodium
Diets & Dietary Restrictions:	Vegetarian
Categories:	Minerals & Trace Elements
Product Features:	Vegetarian
Product Relaunch:	Due to a product relaunch, the packaging on the product you receive may not look the same as the product pictured on the website.
Storage Advice:	Store in a cool, dry place away from light
Good for:	Stomach & intestine, Digestion

Dietary supplements are not a substitute for a varied and balanced diet. Keep away from children.
The recommended daily dosage should not be exceeded.

Components

Components	per veg. capsule
Natriumbicarbonat	90 mg
Potassium bicarbonate	125 mg

Ingredients

Sodium bicarbonate, Potassium bicarbonate, Capsule (Hydroxypropyl methylcellulose, Drinking Water), Microcrystalline cellulose^[1], Fatty acid esters from ascorbic acid^[2]