Zinc Phosphate Cement Suppliers & Bulk Manufacturers
Available Forms: Powder/ Liquid
Available Strengths: 100 g
Reference Brands: Harvard Cement (USA/EU), Fleck’s (USA)
Category:
Dental / Oral Health
Zinc Phosphate Cement is available in Powder/ Liquid
and strengths such as 100 g.
Sourced from GMP-certified and ISO-compliant manufacturers, this API meets
global pharmacopeia standards (USP/EP/JP as applicable). Ideal for pharmaceutical
formulation and commercial manufacturing, Zinc Phosphate Cement is supplied in
bulk quantities with complete regulatory support including DMF, COA, and MSDS.
|
Technical Specifications & Supply Details
|
| Lead Time |
7 to 60 days (depending on batch size & schedule) |
| MOQ |
As per manufacturer’s batch size |
| COA |
Available with every batch |
| Regulatory Dossier / DMF |
Available upon request |
| Export Documentation |
FSC, COA, Manufacturing License, Product Permission |
| Standards |
IP, BP, USP |
| Certifications |
WHO-GMP, EU-GMP, USFDA (as applicable) |
Zinc Phosphate Cement can be exported to over 30 countries across Asia, Africa, Europe,
and Latin America. Flexible packaging, competitive pricing, and a verified supplier
network make Pharmatradz a trusted sourcing partner for pharmaceutical companies
and contract manufacturers worldwide.
Product Description:
Zinc phosphate cement is a traditional dental luting material widely used for the cementation of crowns, bridges, inlays, and orthodontic appliances. It is one of the oldest and most reliable dental cements, known for its good mechanical strength, long clinical history, and ease of handling. The material is formed by mixing zinc oxide powder with phosphoric acid liquid, resulting in a hard cement that securely holds dental restorations in place.
Recent research has also explored the biocompatibility of zinc phosphate cement beyond its conventional dental applications. Studies evaluating its interaction with MG63 cells have shown promising results, indicating that the material can support cell viability and proliferation. Laboratory testing using cell viability assays demonstrated that cells remained healthy both when in contact with the cement surface and when exposed to its leachate. Microscopic analysis further confirmed that the cells maintained normal morphology and attachment on the material.
Additional investigations into elemental release revealed higher levels of phosphorus and relatively low levels of zinc released from the cement over time. Antimicrobial testing showed limited inhibitory activity against certain bacteria, likely due to the material’s maturation characteristics. Overall, findings suggest that zinc phosphate cement exhibits good biocompatibility and may have potential for broader biomedical or bone-contact applications while continuing to serve as a reliable material in restorative dentistry.
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