Electric Vehicle Battery Innovation Predictions
2025-2026 has been an unprecedented year for all aspects of clean and sustainable energy with electric vehicles being at the forefront of much of the commentary. This is largely due to the emergence of global legislation, which seeks to help create and standardize a national electric vehicles charging network and push forward the transformation of traditional energy industries.
High Temperature Ceramic Materials Become Core Supporting Parts
With the rapid iteration of new energy batteries, higher requirements are put forward for high temperature insulation, wear resistance and thermal shock resistant refractory ceramics. Silicon carbide and fused silica ceramic components are widely used in battery sintering furnaces, which greatly improves the production stability of power batteries.
Low thermal expansion ceramic rollers avoid battery pole piece scratch
SIC kiln beams can bear long-term high temperature above 1300℃
Alumina wear-resistant lining reduces equipment maintenance cost
Custom ceramic parts can match all types of continuous sintering furnaces
Our factory has developed special high-purity refractory ceramic products targeting new energy battery production lines, which have been exported to many new energy equipment manufacturers at home and abroad, and obtained stable long-term orders.
Related Articles
Electric Vehicle Battery Innovation Predictions
Electric Vehicle Battery Innovation Predictions