Calcium Bis Glycinate
Calcium Bis Glycinate is a chelated form of calcium where the mineral is bound to the amino acid glycine, resulting in enhanced bioavailability and superior digestive tolerance. It is especially suited for advanced formulations where efficient calcium delivery & reduced gastric irritation are key. Aditya Chemicals supplies high- purity Calcium Glycinate, optimized for use in tablets, capsules, & mineral-rich wellness blends. Its chelated structure ensures reliable performance in complex formulations targeting bone, nerve, & muscular support.
Quick Facts
Key Features & Benefits
- check_circleDual-Mechanism Skeletal & Cellular Synergy: Calcium bisglycinate delivers a two-in-one benefit for structural and physiological health:
- check_circleThe Glycine Carrier: This small amino acid accelerates mineral delivery into the bone matrix and supports collagen synthesis.
- check_circleThe Calcium Foundation: Provides the raw building blocks for bone
- check_circleSuperior Gastric Stability: Standard calcium degrades in stomach acid. The chelated bisglycinate shield passes intact through the stomach, maximizing the active dose entering the bloodstream.
- check_circleTargeted Cellular Uptake: Prevents unabsorbed calcium from building up outside cells (which risks kidney stress or calcification). It uses amino acid pathways to pull calcium directly inside bone and muscle cells for optimal recovery.
- check_circleZero GI Distress: Unabsorbed calcium causes bloating, gas, and constipation. Calcium bisglycinate absorbs so efficiently that it leaves no unreacted particles behind, ensuring excellent stomach tolerance.
- check_circleFormulation Friendly: High-purity powder optimized for seamless blending into tablets, capsules, and premium nutritional mixes.
Quality & Regulatory Compliance
Manufactured under stringent quality control systems in compliance with BP/EP/USP/FCC standards. Each batch is strictly tested to ensure purity, potency, and safety for use in nutraceutical, pharmaceutical, and food formulations worldwide.
