Although binder adhesives are a small component of the lithium-ion batteries that power electric vehicles, they play a critical role in ensuring performance and efficiency while providing improved battery kinetics.
Materials companies are searching for solutions to refine the Li-ion battery, increase its capacity, and enhance its charging capabilities without increasing its weight. New innovation is required to take Li-ion batteries to the next level. Part of the solution lies with binder adhesives.
Sika serves as the adhesive bonding technology partner for a world record attempt featuring a 100% solar-powered vehicle.
September 28, 2021
Sika is sponsoring the Peak Evolution expedition, a challenging project to reach a new world record. The Peak Evolution team is developing an innovative and sustainable agricultural vehicle called TERREN, working completely with electrical power.
From newly developed raw materials and chemicals to finished products and high-tech applications, the adhesive and sealant industry continues to focus on innovation.
From newly developed raw materials and chemicals to finished products and high-tech applications, the adhesive and sealant industry continues to focus on innovation.
The electric vehicle space is an area that will provide a tremendous opportunity to converters and others working with high-performance, pressure-sensitive adhesive (PSA) tapes.
Automakers are investing heavily in electric vehicle (EV) technology and are setting long-term goals for phasing out internal combustion engines. This strategic shift is driven by government policy, long-term competitiveness, and innovations in lithium-ion technology and production that have extended the EV driving range and reduced battery pack costs.
The transformation of the world’s vehicles from internal combustion engines (ICEs) to electric vehicles (EVs) relies in large part on what holds the vehicles together—namely, adhesives.
Recent innovations in the electronics industry, such as hybrid vehicles, mobile electronic devices, medical applications, digital cameras, computers, defense telecommunications, and augmented reality headsets, touch nearly every part of our lives.
From complex electronics assemblies to lightweighting and beyond, the incorporation of adhesives and sealants in transportation applications is expanding.
The technologies of today make it almost impossible to discuss the transportation industry without also bringing electronics into the conversation. Various sensors and other devices monitor or facilitate the operation of nearly every aspect of a vehicle’s operation, in one way or another.
Module joint design, adhesive selection, substrate choice, and combined mechanical and environmental stresses in the field all impact the longevity of the protective seal on a vehicle's electronic part.
Transportation electronics in both battery electric vehicles (BEVs) and autonomous vehicles regulate crucial on-board domains such as drive control units, safety systems, proximity sensors, and connectivity controllers. The electronics in these increasingly sophisticated computers are susceptible to corrosion failures from exposure to water and salt during vehicle operation that can result in performance problems, loss of function, and expensive repairs.
Advanced sealants and adhesives in vehicle assembly effectively and safely address key applications that have traditionally employed mechanical fasteners while adding design freedom to today's modern vehicles.
Transportation has evolved tremendously over the last century. From horse and buggy to steam power, the internal combustion engine, multi-speed powertrains, and the latest push for hybrids and electrification—the way things move has changed tremendously.
The five trends that are shaping the post-COVID-19 future include infection prevention, remote commerce, improving resiliency, greater agility, and macroeconomic impacts.
September 14, 2020
The pandemic has drastically changed the landscape for businesses across all industries, forcing immediate changes that will often have long-term consequences.