New Energy Vehicles_MCOTI

Electronic control

New energy vehicle electronic controls are iterating in the direction of high voltage, high power integration, small size and lightweight, and have long been faced with severe vehicle working conditions such as high temperature, strong vibration, and alternating temperature and humidity. MCOTI adhesive can simultaneously achieve insulation and heat conduction, sealing and vibration damping, and bonding of dissimilar materials. It adapts to the trend of electronic control upgrades and is a key supporting material to ensure the stable and safe operation of electronic control.

Motor

The motor industry is developing in lightweight, high-efficiency, energy-saving, and miniaturization. Traditional mechanical fixing and welding processes have problems such as stress concentration, complex assembly, and poor sealing. MCOTI adhesives have the characteristics of filling gaps and balancing tension, and provide maximum strength and resistance to temperature, media, and impact, ensuring long-term stable operation and service life of motors under high-speed operation and complex working conditions.

battery pack

New energy vehicle battery packs are developing towards high energy density, high integration and long life, which puts forward higher requirements for structural reliability, thermal management and electrical safety. MCOTI adhesives have multiple functions such as structural bonding, thermal conductive potting, sealing protection and insulation protection. They can effectively improve the overall strength and sealing performance of the battery pack, optimize heat conduction paths, alleviate thermal stress, and ensure the safe and stable operation of the battery system under high and low temperatures, vibration and complex working conditions.

car lights

With the continuous development of technologies such as ADB headlights, through-type taillights and intelligent ambient lights, car lighting products are being upgraded in the direction of lightweight, intelligent and high reliability. MCOTI adhesives have excellent structural bonding, sealing and waterproofing, weather resistance and yellowing resistance, which can meet the needs of reliable bonding between different materials, effectively resist high and low temperature cycles, humidity and heat and ultraviolet aging, and provide reliable guarantee for the long-term stable operation of car lights.

DCU/ECU

As the automotive electronic and electrical architecture evolves towards domain concentration and central computing platforms, DCU integration continues to increase, power density continues to increase, and higher requirements are placed on heat dissipation, protection and reliable connections. MCOTI adhesives have comprehensive properties such as thermal conductivity, sealing, bonding and insulation, which can effectively improve the thermal management efficiency and environmental adaptability of the controller, ensuring that electronic systems remain stable and reliable under long-term high-load operating conditions.

millimeter wave radar

As the intelligent driving functions of new energy vehicles continue to be upgraded, millimeter-wave radar, as an important sensing component of ADAS, is exposed to complex environments such as high and low temperatures, humidity and heat, vibration and dust for a long time, which puts forward higher requirements for structural sealing and environmental reliability. Adhesives are widely used in key parts such as radar casings, PCBs and connectors to achieve sealing protection, structural fixation and long-term reliability guarantee, ensuring the stable operation of radar systems.

car display screen

The rapid development of smart cockpits has promoted the upgrading of vehicle display systems towards large size, curved surfaces, high brightness and integration, which has put forward higher requirements for the structural reliability and optical stability of display modules. MCOTI adhesives can be used for display structure bonding, frame fixing and sealing protection. They have high bonding strength, low stress, high and low temperature resistance, and moisture and heat resistance. They can effectively improve the assembly reliability and long-term service life of display modules, and provide stable and reliable protection for vehicle-mounted display systems.