4-Methacryloxyethyl Trimellitic Anhydride: High-Adhesion Monomer for Advanced Coatings & Dental Applications

Discover the power of 4-Methacryloxyethyl Trimellitic Anhydride (4-META), a high-performance monomer engineered for superior adhesion. Ideal for manufacturers seeking to enhance dental adhesives, industrial coatings, and composite materials. Get your competitive quote from our trusted supplier in China.

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Key Advantages for Your Formulations

Exceptional Adhesion to Dentin and Enamel

In the demanding field of dental materials, 4-META is a key ingredient for enhancing bond strength between restorative materials and tooth structures, ensuring longevity and patient satisfaction. Consider purchasing 4-META for your next generation of dental adhesives.

Corrosion Resistance in Coatings

For industrial coatings, 4-META contributes significantly to adhesion and corrosion resistance. Manufacturers looking for robust coating solutions can benefit from the excellent performance of this monomer. Inquire about bulk pricing and availability to optimize your manufacturing costs.

Improved Composite Performance

As a functional monomer in high-performance composite resins, 4-META is vital for applications requiring superior adhesion to metals and ceramics. Its inclusion can elevate the mechanical properties and durability of your composite materials. Find out how our supply chain can support your production needs.

Diverse Application Landscape

Dental Bonding Agents

Utilize 4-META to create advanced dental adhesives that offer exceptional bond strength and durability for restorative procedures.

Protective Coatings

Formulate industrial and specialty coatings with enhanced adhesion and resistance to environmental factors, ensuring longer product lifecycles.

High-Performance Composites

Incorporate 4-META into composite materials requiring strong interfacial adhesion to various substrates, improving overall material integrity.

Drug Delivery Systems

Explore the use of 4-META in pharmaceutical intermediates for designing polymer backbones in controlled drug release applications, a growing area for R&D.