Adhesives

Deliver a clean adhesive layer without a carrier, ensuring precise bonding and low-profile assembly. This tape’s thermal stability and resistance to moisture and solvents make them a proven solution in electronics bonding, graphic overlays, and splicing applications.

Utilize clean, invisible bonding with controlled film thickness and high shear resistance. This tape is widely used for mounting displays, attaching trim, splicing materials, and structural bonding in electronics, where dimensional control and reliability are essential.

Deliver both mechanical compliance and durable adhesion. They are engineered for gap filling, vibration damping, and thermal/acoustic insulation in automotive body sealing, HVAC, and construction.

Designed for temporary or adjustable bonding, these adhesives combine controlled tack with clean removability. They support applications such as temporary labels, surface protection, and display graphics, where substrates must remain undamaged and repositioning is part of the workflow.

PSAs provide immediate bond strength with controlled peel, tack, and shear performance. They are widely specified across automotive interiors, medical devices, and industrial manufacturing, balancing process efficiency with high-performance adhesion across diverse substrates.

Engineered for EMI shielding, grounding, and static dissipation in sensitive electronics. They combine reliable adhesion with controlled electrical properties, enabling performance in telecommunications, aerospace, and precision electronic assemblies.

Engineered to protect sensitive components while offering flexibility in use. These adhesives prevent the buildup of electrostatic charge, making them ideal for electronics packaging, cleanroom applications, and protective films. At the same time, their removable nature allows for temporary mounting, labeling, or surface protection without leaving behind residue.

Provides a clean separation and controlled processing in advanced manufacturing. Often used in laminates, insulation systems, and flexible circuits, these films act as precision carriers that ensure adhesives cure or bond without sticking to unintended surfaces. Non-stick layers are usually PET, PTFE, Polyimide, and more.

Formulated to withstand thermal cycling, oxidation, and long-term high-heat exposure, these adhesives maintain bond integrity in electronics assembly, aerospace structures, and automotive under-hood applications.

Engineered for performance at extremely low temperatures, cryogenic adhesives maintain structural integrity in scientific instrumentation, aerospace systems, and cryogenic storage equipment. They resist brittleness and microcracking under thermal shock.

These films and coatings activate only under controlled thermal conditions, providing uniform bond lines, resistance to creep, and excellent durability. They are widely applied in laminated composites, aerospace components, and textiles where process control and structural integrity are critical.
– Thermosetting Adhesives: These adhesives form a permanent bond when heated and cannot be remelted. They are ideal for applications requiring a strong, durable bond.
– Thermoplastic Adhesives: These can be melted and reformed multiple times, making them suitable for temporary applications or adjustments.

Provides a fast-setting, clean application for high-volume manufacturing. They maintain consistent bond strength across porous and non-porous materials, making them essential for packaging, woodworking, textiles, and electronic assembly

Formulated to cure via chemical reaction, reactive adhesives deliver structural-grade strength, chemical resistance, and environmental durability. Epoxies, acrylics, and urethanes are standard in aerospace, automotive, and heavy equipment manufacturing, where replacing fasteners or welds reduces weight and enhances structural performance.

Typically based on epoxy, acrylic, urethane, and cyanoacrylate chemistries — provide load-bearing strength, fatigue resistance, and environmental durability across demanding sectors. These high-performance adhesives are used in aerospace, automotive, and industrial assemblies to form rigid, permanent joints that can replace welds, rivets, or mechanical fasteners, reducing weight while improving structural integrity and long-term reliability.