Skins, spars, and honeycomb panels need joints that survive vibration and altitude swings. An aerospace structural adhesive bonds these assemblies while shedding the weight rivets add.
Flight sensors and avionics modules face heat, shock, and pressure change. Aerospace grade epoxy resin encapsulates the assembly and protects signal integrity through every cycle.
Flight control systems, power converters, and other onboard electronics require insulation that withstands heat, vibration, and pressure changes. We develop potting compounds that protect sensitive components while maintaining long-term electrical performance.
Harnesses route through zones of constant motion and temperature change. Our adhesives anchor and protect connections, so they resist fatigue over long service lives.
Oil, hydraulic, and air filters rely on bonds that resist the fluids they handle. We engineer systems that seal and structurally join filter and permeator components for a long service life.
Aerospace epoxy resin serves as the matrix for wet layup and reinforced structures, curing into parts with the strength-to-weight ratio the mission requires.
Aerospace-grade adhesives are formulated to meet the mechanical, thermal, environmental, and documentation requirements of specific aerospace applications. Depending on the program, this might include qualification testing, traceability, and compliance with customer or industry quality requirements.
Yes. We create aerospace adhesives for composite-to-composite, composite-to-metal, and metal-to-metal assemblies, optimizing adhesion, toughness, and durability for your specific substrates.
Our chemists work with your engineering team throughout formulation, testing, and qualification, providing technical guidance and the documentation needed to support your approval process.
Define your performance targets, qualification protocols, and compliance standards. We’ll engineer an aerospace structural adhesive tailored to those requirements and deliver the supporting technical documentation.
We tune toughness and expansion behavior, so the joint holds across mismatched substrates, a common requirement in modern metal-to-composite airframes.
It depends on the application. We develop aerospace-grade epoxy resins and adhesives for applications ranging from ambient assembly to elevated-temperature operating environments.
Yes. As aerospace adhesive manufacturers with AS9100D and ISO 9001 certification, we move from lab samples to production volume while maintaining consistent formulation and documentation across every order.
