MAKO AP-120 is a toughened, two-part epoxy structural adhesive designed for high impact and fatigue resistance in demanding bonding applications. It bonds well with metals, ceramics, glass, composites, and plastics, offering a reliable alternative to mechanical fasteners like screws, rivets, and spot welds. Suitable for various industries including sporting goods, metalworking, general industrial, and transportation, it can be used for joining, gluing, potting, panel bonding, and structural bonding. With a mix ratio of 2:1, AP-120 provides a work-life of 20 minutes, allowing for adjustments before curing. It achieves handling strength in about two hours and full cure in 24 hours at 72 °F (22 °C).
Makobond AP-125 is a versatile gray elastomeric adhesive designed for challenging applications and harsh environments. Known for its exceptional shear and peel strength, it's ideal for demanding bonding requirements. AP-125 also offers impressive impact resistance, ensuring durability in rugged conditions. It adheres well to various substrates, including ceramics, metals, glass, wood, and plastics, and achieves handling strength within 2 hours. With a 1:1 mix ratio, it's easy to prepare and suitable for applications with temperature variations and has a service temperature up to 300°F (148°C). AP-125 is designed for easy application, minimizing the risk of dripping or migration, ensuring precise application in many bonding applications.
Makobond AP-160 demonstrates outstanding shear and peel strength while boasting impressive impact resistance. It adheres effectively to various surfaces including ceramics, metals, glass, wood, and select plastics. This 2-component epoxy adhesive features a 2:1 mixing ratio, 60-minute work time, and handling strength within approximately four hours. Service temp is up to 180°F (82°C).
Makobond C-40 is a flame-retardant epoxy compound suitable for aerospace applications. It's a two-part, low-density material with room temperature storage,...
Makobond AF-1025 is a lightweight damping adhesive film which combines enduring flexibility, thermal expansion absorption, and high-temperature suitability…