Akzo Nobel 10P4-2NF Fluid Resistant Epoxy Primer Green, BAC 452 BMS 10-11, TY I, Cl A, Gr A - 2 Gallon Kit

Akzo Nobel 10P4-2NF Fluid Resistant Epoxy Primer Green is a specialized coating designed to meet the BAC 452 BMS 10-11, Type I, Class A, Grade A specification. This high-quality epoxy primer offers exceptional performance in providing corrosion resistance and protection for various substrates in aerospace and industrial applications.

Key features of Akzo Nobel 10P4-2NF Fluid Resistant Epoxy Primer Green:

• Fluid Resistance: This epoxy primer is engineered to resist the damaging effects of various fluids, including chemicals, oils, and fluids encountered in aerospace environments. It helps protect surfaces from corrosion and degradation caused by exposure to these substances.

• Corrosion Protection: The primer forms a robust protective barrier on surfaces, shielding them from environmental factors that can cause corrosion. This is particularly important in aerospace applications where aircraft parts are exposed to diverse and potentially harsh conditions.

• Adhesion and Compatibility: Akzo Nobel 10P4-2NF Epoxy Primer exhibits excellent adhesion to a wide range of substrates, including metals, composites, and plastics. It is formulated to be compatible with various topcoats and finishes.

• Compliance: The primer meets the BAC 452 BMS 10-11 specification, ensuring its suitability for aerospace applications. This specification defines rigorous standards for materials used in the aerospace industry.

• Color and Appearance: The primer is green in color, providing visual identification and coordination with other coatings and finishes commonly used in aerospace applications.

• Application: Akzo Nobel 10P4-2NF Fluid Resistant Epoxy Primer Green is typically applied by spray or brush methods, following proper surface preparation and application procedures.

This epoxy primer is a reliable choice for aerospace and industrial applications where fluid resistance, corrosion protection, and adherence to specifications are crucial. It helps maintain the integrity and longevity of components and surfaces, contributing to the overall safety and performance of aerospace equipment.