Products

CC7130-PRTC is a low viscosity version of CC7130-PR for thin coating. It is a translucent coating liquid. It provides excellent protection for electronic components and devices that are highly sensitive to moisture. CC7130 PRTC, coated on PCB, provides more than 200 giga-ohm resistance at 1000 volt even when the board is in direct contact with salt water. It protects PCB to 1000 volt even after prolong exposure to 85CI85% humidity. In accelerated aging test, submerging in 5 wt% salt waters at 60°C, it protects copper surfaces for >24 hours. It is flexible to withstand extreme temperature cycles in Outdoor environment. CC7130-PRTC can easily be dispensed using conventional tools without vacuum deposition equipment. Compared to acrylic or urethane materials, CC7130-PRTC material has low moisture absorption and low moisture transmission rate.

ME7857-SC is a medium viscosity, silicon carbide filled, flexible epoxy for snap curing application. It is a reworkable, electrically insulating and thermally conductive epoxy paste adhesive. It exhibits outstanding flexibility down to -60°C. Ideal for bonding materials having highly mismatched CTE's (i.e., alumina to aluminum, silicon to copper). The stress-free flexible adhesive maintains good stable bond strength of 100 psi from 150-250°C and has outstanding thermal stability.

ME8630-RC is an extra fine silver filled 100% solid rapid curing die- attach for finer pitch application. It is a low stress, low temperature curable die-attach adhesive paste. This single component, silver filled paste is electrically and thermally conductive. It is highly thixotropic with outstanding compatibility for bonding different adherends. The relatively medium Tg and modulus made it suitable for bonding both smaller and relatively large devices. ME8630-RC has been designed to eliminate bleeding on both silver plated copper and alloy 42 lead frames. It maintains more than 150 psi bond strength at 250°C for high temperature wire-bonding.

ME7159 is a reworkable, diamond filled, electrically insulating and thermally conductive epoxy paste adhesive. It exhibits outstanding flexibility for bonding materials with highly mismatched CTE's (i.e., alumina to aluminum, silicon to copper). The ultra high thermal conductivity of this diamond filled material makes it useful for bonding high-powered, large area die and components. It can be readily reworked at 80-100°C.

ESP7666-FOW is the modified boron nitride filled thermally conductive version of the high flow DAF of ESP7660-FOW. It is a high-bond strength epoxy film adhesive tor high flow when melted to easily flow over Wire-bond in stack chip die attach application. This new generation wafer level die- attach film is flexible before curing. This ESP7660-FOW is mounted onto the back of the wafer at 80-100°C, which is then diced into predetermined sizes using standard dicing tape. Depending on the different dicing tape used and with suitable releasing action such as UV or heat, the diced chip is picked and placed directly onto a lead frame or substrate. It is designed for bonding component and substrate to substrate and carrier with matched thermal coefficients of expansion. ESP7660-FOW has good thermal stability. The dry, tack-free handling of the film makes it suitable for an automated assembly.

TP 7855 is an alumina crystrallites filled, electrically insulating, medium bond strength thermoplastic film adhesive. It is designed for bonding component and substrate. TP 7855 has good thermal conductivity. The dry, tack free handling of this film makes it suitable for an automated assembly. This high purity adhesive possesses excellent moisture resistance.

ESP7660-HK-DAF is a high-bond strength epoxy film adhesive laminated onto a UV release or controlled release dicing tape in designed wafer format. This new generation film incorporates wafer dicing tape and adhesive film into one DDAF (Dicing Die Attach Film). This DAF is mounted onto the back of the wafer, which is then diced into predetermined sizes. After a brief exposure to UV light (for UV releasing dicing tape), the diced chip is picked and placed directly onto a lead frame or substrate. It is designed for bonding component and substrate to substrate and carrier with matched thermal coefficients of expansion. ESP7660-HK-DAF has good thermal stability. The dry, tack-free handling of the film makes it suitable for an automated assembly.