Top Performing Products – Phosphorus Monomers and Polymers

Top Performing Products - Phosphorus Monomers and Polymers

Discover our top-performing phosphorus monomers and polymers, designed to meet the needs of advanced applications such as metal adhesion, flame retardancy, and functional coatings. With reactive phosphonic acid groups, these materials offer unique properties for surface chemistry, biomedical innovations, and environmental solutions.

MAPC1 Me | SP-41-003

MAPC1 Me (SP-41-003) is one of SPECIFIC POLYMERS’ most widely used phosphonate-functional monomers, offering exceptional adhesion to metal surfaces and versatility across applications like coatings, biomedical materials, and water treatment. Its phosphorus-based structure also makes it a promising building block for halogen-free flame-retardant systems, combining performance with safety and sustainability.

MAPC1 Me

MAPC1 Acid | SP-41-007

MAPC1 Acid (SP-41-007) is a highly reactive phosphonic acid monomer designed for strong and selective metal surface adhesion, ideal for surface functionalization and biomedical applications. Its phosphorus-rich structure also makes it valuable in developing halogen-free flame retardants and metal ion capture systems for water treatment.

MAPC1 Acid

STYPHOS Acid | SP-51-003

SP-51-003 is a multifunctional styrenic monomer with a phosphonic acid group, suitable for both free radical polymerization (FRP) and atom transfer radical polymerization (ATRP). While FRP allows fast polymerization, ATRP enables precise control over structure—making this monomer ideal for designing functional copolymers with strong metal adhesion, thermal resistance, and potential in antibacterial coatings.

STYPHOS Acid

Poly(ethylene glycol), α-methoxy, ω-phosphonic acid | SP-1P-1-001

Poly(ethylene glycol), α-methoxy, ω-phosphonic acid (SP-1P-1-001) is a functional PEG derivative designed for metal surface modification and nanomaterial stabilization. Its phosphonic acid end-group ensures strong and selective binding to metal oxides, while the PEG chain imparts hydrophilicity, biocompatibility, and anti-fouling properties—ideal for applications in biomedical coatings, sensors, and colloidal systems.

Poly(ethylene glycol), α-methoxy, ω-phosphonic acid

Poly(ethylene glycol), α-hydroxy, ω-phosphonic acid | SP-1P-1-006

Poly(ethylene glycol), α-hydroxy, ω-phosphonic acid (SP-1P-0-007) is a bifunctional PEG derivative combining a hydroxyl group for further functionalization and a phosphonic acid end-group for strong adhesion to metal surfaces. This unique structure makes it ideal for surface modification, biomedical coatings, and hybrid material design, offering both reactivity and excellent metal affinity.

Poly(PEGMA-stat-MAPC1 Acid) | SP-4P-1-011

Poly(PEGMA-stat-MAPC1 Acid) (SP-2P-4-002) is a statistical copolymer combining PEGMA units for hydrophilicity and flexibility with MAPC1 acid units for strong metal adhesion through phosphonic acid groups. This amphiphilic copolymer is ideal for surface functionalization, antifouling coatings, and hybrid materials, especially where both biocompatibility and metal anchoring are required.

Poly(PEGMA-stat-MAPC1 Acid)

Looking to improve adhesion on metal surfaces? Discover why phosphonic acid groups are outperforming alkoxysilanes when it comes to surface functionalization, and how this can boost your material design strategy.

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