Tricalcium Phosphate

Tricalcium Phosphate Powder is a premium, white, odorless, and tasteless calcium phosphate compound with the chemical formula Ca3(PO4)2. Highly valued across multiple industries, this versatile powder exhibits excellent stability and bioavailability. It serves as a critical source of essential calcium and phosphorus, promoting optimal bone health and mineral supplementation. In industrial applications, it acts as a highly effective anti-caking and flow agent, ensuring consistent powder texture. Additionally, its outstanding biocompatibility and osteoconductive properties make it a preferred bioactive material in advanced biomedical and dental formulations, meeting stringent international quality standards for safety and performance.

Tricalcium phosphate functions as a highly bioavailable nutritional fortifier, effectively supplying both calcium and phosphorus to support bone density and overall skeletal health. In food and pharmaceutical manufacturing, it acts as a superior anti-caking agent and flow aid, preventing moisture-induced clumping and ensuring uniform distribution in powdered products. Furthermore, it serves as a functional buffering agent, pH regulator, and moisture retainer. In specialized biomedical applications, its biocompatible and bioactive nature promotes natural bone cell growth. It acts as an osteoconductive scaffold that gradually resorbs and is replaced by natural bone tissue, making it indispensable for regenerative therapies.

In the food industry, tricalcium phosphate is extensively used as a calcium fortifier and anti-caking agent in infant formulas, dairy powders, cereals, and high-calcium confectioneries. The pharmaceutical sector utilizes it as a tablet filler, binder, and anti-adherent to improve manufacturing efficiency. In advanced biomedical and dental fields, it is a primary component in bone graft substitutes, tissue engineering scaffolds, and remineralizing toothpastes designed to strengthen enamel. Additionally, it is incorporated into animal feed to promote livestock bone development and prevent skeletal diseases. Its versatility also extends to industrial uses, including ceramics, glass manufacturing, and specialized bioactive concrete for ecological restoration projects.