Swanson
Swanson Albion Chelated Manganese 10 Milligrams 180 Capsules High Absorption Bone And Metabolic Health Support Supplement
Swanson Albion Chelated Manganese 10 Milligrams 180 Capsules High Absorption Bone And Metabolic Health Support Supplement
Couldn't load pickup availability
Product features
Product features
Materials and care
Materials and care
Manganese (from Albion manganese bisglycinate chelate), Rice flour, Gelatin, Maltodextrin, Magnesium stearate, Silica.
Share
- Directly Sourced From USA
- Premium Quality & Authenticity
- 7 Day Easy Return

Product Description
Explore our range of Swanson products — from moisturizers to cleansers, all directly sourced from the USA with authenticity guarantee. Shop more skin care at Rudra Retails.
FAQ
Q1. What is the recommended daily allowance for manganese?
Ans: While individual needs vary, manganese is an essential trace mineral required in small amounts. Always consult with a healthcare professional to determine the appropriate dosage for your specific health requirements and dietary goals.
Q2. What are the primary benefits of taking chelated manganese?
Ans: Chelated manganese is primarily used to support bone mineralization, structural integrity, and healthy metabolic processes. It also plays a significant role in antioxidant defense, helping to manage oxidative stress within the body.
Q3. Does this supplement contain other minerals?
Ans: This specific product is formulated primarily to provide 10 mg of high-absorption manganese. It does not contain a blend of other minerals, making it an excellent choice for targeted supplementation.
Q4. Are these Swanson products authentic and imported from the USA?
Ans: Yes, all Swanson supplements sold on Rudra Retails are 100% authentic and sourced directly from the USA. We ensure that our customers receive genuine, high-quality imported products.
Q5. Can Swanson Albion Manganese be taken on an empty stomach?
Ans: While it can be taken anytime, we recommend taking it with food to avoid any potential digestive upset and enhance nutrient utilization.