MXC-C12

Molecular Architecture & Liquid-State Advantage

The fundamental structure of MXC-C12 provides distinct operational advantages over traditional solid imidazole derivatives:

• Substituted Imidazole Ring: The specific integration of an isobutyl group modifies the molecular packing, transforming the catalyst into a colorless to light yellow liquid at room temperature.

• Effortless Liquid Handling: Unlike solid amines that require pre-dissolving, this low-viscosity liquid allows for immediate pumping, highly precise machine metering, and seamless blending into industrial formulations.

Polyurethane Surface Curing & Adhesion

For polyurethane formulation engineers, MXC-C12 is a powerful solution to eliminate common structural and surface defects:

• Superior Skin Cure: It specifically accelerates the back-end urethane reaction, completely resolving surface tackiness (friability) and drastically improving demolding efficiency for molded flexible foams.

• Enhanced Substrate Bonding: By optimizing the chemical interaction at the interface, it dramatically increases the adhesive strength between rigid PU foams and substrates like metal, plastic, or wood.

• Water-Blown System Compatibility: Being completely soluble in water, it integrates flawlessly into modern, eco-friendly water-blown polyurethane systems without phase separation.

Advanced Epoxy Curing & Chemical Resistance

Beyond polyurethane, MXC-C12 is highly valued as a premium liquid hardener in the broader epoxy and composites industry:

• Fast, Low-Temperature Curing: It acts as a highly active curing agent and accelerator for epoxy resins, initiating rapid cross-linking at moderate temperatures to reduce energy consumption during production.

• Exceptional Durability: Epoxy systems cured with this liquid imidazole exhibit outstanding mechanical strength, high heat distortion temperatures, and formidable resistance to harsh chemicals and boiling water.