Elevating Industries with Unmatched Expertise

RESEARCH AND DEVELOPMENT

At MAKO Advanced Materials, we embark on a journey fueled by two decades of unwavering commitment to excellence in composites and formulations. We are proud to introduce ourselves as leaders in coated reinforcements & adhesives, driven by a passion for progress and an unwavering pursuit of perfection as we bring a fresh perspective to the field.

Innovative R&D Distinction

Innovation as a Cultural Pillar

Innovation isn’t just a department—it’s a core value that defines our company culture. Our team is dedicated to exploring new frontiers in thermoset resin technology, driven by a passion for progress and a desire to exceed industry demands.

Meeting Evolving Industry Needs

In industries like the military, motorsports, and aerospace, the demand for advanced composites is ever-growing. MAKO is at the forefront of meeting these challenges head-on. We thrive on the opportunity to develop resins that include epoxy, cyanate ester, phenolic, BMI Bismaleimide, polyimide, and others to enable our partners to achieve more.

SETTING OURSELVES APART

At MAKO, we combine deep materials expertise with a collaborative approach to solving complex application challenges. We work with customers to develop reliable, high-performance material solutions that meet demanding requirements, strengthen supply continuity, and provide effective alternatives to legacy or hard-to-source systems. Our process emphasizes technical partnership from concept through qualification to ensure consistent, application-ready results. This hands-on approach allows us to respond quickly to evolving needs while maintaining strict performance and quality standards.

ADVANCEMENTS IN FORMULATIONS

Our formulation expertise allows us to continually refine and develop prepregs, adhesives, and specialty resin systems for evolving industry needs. By exploring advanced chemistries and optimizing processing, cure performance, and material properties, MAKO creates solutions designed to deliver greater consistency, reliability, and performance in demanding applications.

Staying Ahead
of the Curve

In a dynamic landscape where industries continuously evolve, our R&D efforts keep us ahead of the curve. We don’t just respond to industry needs; we anticipate them. By investing in qualifying materials to military specifications, we ensure that our customers have a choice when sole-source prepregs and adhesives are discontinued, moved off-shore, or lead time becomes a challenge. MAKO assures you can still receive products that meet current demands and set new standards for the future.

At MAKO Advanced Materials, our commitment to R&D is a testament to our unwavering pursuit of excellence. Through continuous innovation, we’re not just shaping the future of prepreg and adhesive technology—we’re revolutionizing industries. Join us on this journey of progress and discover the MAKO difference.

PRODUCTS

MAKO Advanced Materials is a leading provider of advanced composite materials and high-performance resin systems, specializing in prepregs and adhesive films for the aerospace, automotive, and industrial sectors. With a commitment to innovation and quality, we offer advanced formulations designed to enhance performance, streamline production, and meet the highest industry standards.

Makobond Prepregs are advanced composite materials that combine reinforcement fibers with a precisely formulated resin system. They ensure consistent resin content, superior strength, and reliable curing control for efficient, cleaner, and more sustainable manufacturing.

Makobond Adhesive Films deliver strong, uniform bonding for aerospace, automotive, marine, and industrial composites. With consistent thickness, high strength, and easy handling, they boost efficiency, reduce VOCs, and support cleaner, more sustainable production.

Makobond Specialty Products delivers reliable bonding, potting, and structural solutions for aerospace, automotive, and industrial applications. Engineered for strength, stability, and precision, they enable lighter structures and efficient, high-performance production.