When it comes to manufacturing high-quality polyurethane foams, selecting the right catalyst can make all the difference. Our flagship product, MXC-70, is a low-odor amine catalyst designed to meet the high-performance demands of today’s polyurethane systems. MXC-70 is equivalent to DABCO 2040, offering comparable performance with additional benefits tailored for modern production environments.
Why Choose MXC-70?
MXC-70 is engineered to improve the surface curing of both flexible and rigid polyurethane foams, enhancing adhesion to a wide variety of substrates. This makes it ideal for manufacturers who require reliable foam bonding in complex production scenarios.
Key advantages of MXC-70 include:
Low Odor Formula: Improves the working environment and final product quality.
Smooth Reactivity Profile: Delivers a controlled rising curve, which enhances foam uniformity and minimizes surface defects.
Superior Surface Cure: Promotes strong skin formation, essential for structural integrity and appearance.
Enhanced Adhesion: Increases foam bonding to substrates such as metal, plastic, and insulation panels.
Ideal Applications for MXC-70
MXC-70 is particularly effective in polyurethane systems that use water as an auxiliary blowing agent. It is widely used in:
Home Appliance Insulation (e.g., refrigerators, freezers)
Rigid Foam Panels
Spray Foam Insulation
Automotive and Industrial Applications
Whether you are producing high-performance spray foam for construction or rigid foams for appliances, MXC-70 delivers consistency, efficiency, and compliance with modern environmental and safety standards.
Partner With Us
As a trusted polyurethane catalyst manufacturer, we are committed to innovation, quality control, and customer satisfaction. With a proven track record of supporting global polyurethane foam producers, our team is ready to help you integrate MXC-70 into your formulation.
Looking for technical support or a sample? Contact us today to learn more about how MXC-70 can improve your polyurethane products.
Post time: Jun-10-2025