High Purity 12-Methacryloyldodeylphosphate (CAS 85590-00-7) Manufacturer & Supplier

Discover the leading supplier of 12-Methacryloyldodeylphosphate (CAS 85590-00-7) in China. We provide high-quality chemical intermediates for dental applications and advanced material science. Contact us for pricing and samples.

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Why Choose Our 12-Methacryloyldodeylphosphate?

Superior Adhesion Properties

This chemical intermediate is crucial for formulating advanced dental adhesives, chemically bonding with hydroxyapatite to ensure durable and stable restorations. This makes it a key component for professionals looking to buy dental restorative materials.

Stringent Quality Control

We pride ourselves on offering a product with guaranteed purity (≥95%, typically 99.0% min), meeting the exacting standards required by the pharmaceutical and dental industries. Partner with a reliable manufacturer for your supply chain.

Consistent & Stable Supply

As a leading manufacturer in China, we ensure consistent availability and reliable delivery of 12-Methacryloyldodeylphosphate, supporting your production schedules and research endeavors. Inquire about our wholesale price and bulk order options.

Key Application Areas for 12-Methacryloyldodeylphosphate

Dental Restoration Adhesive

Utilized in dental bonding systems to create a strong, long-lasting bond between tooth structure and composite materials. Essential for practitioners seeking to buy high-performance dental adhesives.

Dental Composite Materials

Enhances the adhesion between composite filling materials and tooth tissues, contributing to the longevity and stability of dental restorations. A critical ingredient for dental material formulators.

Pulp Capping Formulations

Incorporated into formulations for pulp capping, aiding in the protection and healing of the dental pulp. Discover its benefits for specialized dental treatments.

Advanced Chemical Intermediate

Serves as a valuable intermediate in the synthesis of specialized polymers and materials for various high-tech industries. Explore its potential for custom synthesis projects.