Modified silanes for sealing or bonding electronic components, excellent adhesion to a wide range of substrates, no organotin, excellent impact or vibration resistance, high initial bond strength

Modified silanes for sealing or bonding electronic components, excellent adhesion to a wide range of substrates, no organotin, excellent impact or vibration resistance, high initial bond strength

Modified silanes for sealing or bonding electronic components, excellent adhesion to a wide range of substrates, no organotin, excellent impact or vibration resistance, high initial bond strength

Modified silanes for sealing or bonding electronic components, excellent adhesion to a variety of substrates, no organotin, no low molecular weight cyclic polysiloxanes, excellent impact or vibration resistance

Thermally conductively modified silanes for thermally conductive bonding of electronic components, organotin free, excellent impact or vibration resistance, low contact thermal resistance, reworkable

HM PUR, Used for bonding and sealing a variety of substrates, it has excellent bonding strength on a variety of substrates, good chemical and environmental aging resistance, initial cooling and curing, and then curing by moisture

HM PUR, Used for bonding and sealing a variety of substrates, good chemical and environmental aging resistance, good chemical and environmental aging resistance, initial cooling and curing, followed by moisture curing

It has excellent adhesion performance, excellent vibration and impact resistance, supports dual curing methods at room temperature and heating, and has a thermal conductivity of 1.2W/(m·K), which meets the UL94-V0 flame retardant rating

N-SIL 8220L1 is a two-component silicone-based thermally conductive material. It can be cured at room temperature or heat for maximum adhesion. The product is suitable for applications with high heat dissipation requirements, typical applications are potting protection of photovoltaic, wind power, energy storage systems and on-board charger inverters [OBC], high thermal conductivity, low shrinkage and mechanical stress, high reliability and excellent impact resistance

N-SIL 8206 is a two-component thermally conductive material based on silicone systems. It can cure at room temperature or heat for maximum adhesion and is suitable for potting and sealing where high heat dissipation is required. Typical applications are the packaging of LED lighting power supplies and the thermal conductivity packaging of power conversion devices, with high reliability and excellent impact resistance, low shrinkage and mechanical stress, and UL94_V0

N-SIL 8210 is a two-component silicone-based thermally conductive material. It can be cured at room temperature or heat for maximum adhesion. The product is suitable for potting power adapters or connectors with heat dissipation requirements, suitable thermal conductivity, high reliability and excellent impact resistance, low shrinkage and mechanical stress

PW 2452-1 is a one-component, solvent-free, UV-heated, dual-curing adhesive based on an acrylate hybrid system, with excellent moisture resistance, environmental aging, temperature wash, and high and low temperature cycling properties, excellent adhesion to a variety of substrates such as plastics, glass, metals, thixotropic properties, and controllable flowability

PW 2440MR is a one-component, solvent-free, UV-moisture dual-cure adhesive based on an acrylate hybrid system. It is suitable for sealing, potting and bonding plastics, glass, metal and FR4, as well as protecting sensitive components on PCBs/FPCBs from mechanical and environmental stresses.

N-PU 5663ST is a one-component, solvent-free, reactive hot melt polyurethane adhesive suitable for bonding and sealing a wide range of materials, pressure-sensitive, providing good initial strength, initial cooling and subsequent moisture curing, good chemical and environmental aging resistance, low viscosity and long open time.

EW 6329 is a one-part, solvent free, thermal curing adhesive based on epoxy system.It is designed for bonding or sealing of electronic components