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Currently, it is an important adhesive solution provider for many industries such as photovoltaic new energy, electronic appliances, automobile manufacturing power equipment, communication equipment, and optical fields.
JIADI at electronica China 2026 | Exhibition Recap
JIADI concluded its showcase at electronica China 2026, presenting thermal management, potting, sealing and adhesive solutions for power electronics.
Potting Compound vs Conformal Coating: Which Protection Method Fits Your Electronics?
Compare potting compound and conformal coating by environmental protection, heat transfer, component stress, weight, rework, and production process.
Energy Storage Adhesive Selection: Bonding, Potting, Sealing, and Thermal Management
Compare energy storage adhesives, potting compounds, sealants, and thermal materials for battery modules, BMS, enclosures, and power electronics.
AI Data Center Power Modules: TIM Validation Factors
A validation framework for thermal interface materials in AI data-center power modules: heat paths, mechanics, insulation, process, and reliability.
30
Sep, 2026
Solar Inverter Material Verification: From BOM to Evidence
A buyer-focused framework for tracing solar inverter material claims from the BOM to the exact grade, process, test evidence, and approval decision.
28
Sep, 2026
LED Driver Thermal Management: Pad, Gel, or Adhesive?
Compare thermal pad, gel, and thermal adhesive choices for LED drivers by gap control, assembly, moisture exposure, service access, and validation needs.
24
Sep, 2026
High Thermal Conductivity Gel: How to Read the Datasheet Before Testing
A test-focused guide to reading thermal gel conductivity data and translating bulk properties into a representative power electronics interface test.
21
Sep, 2026
Low-Stress Thermal Gel for Sensitive Electronic Components
Explore when low-stress thermal gel may suit sensitive electronic components and how to evaluate interface movement, heat transfer, cure, and reliability.
18
Sep, 2026
Battery Thermal Interface Materials: Validation Factors
Learn how to evaluate battery thermal interface materials beyond conductivity, including contact, compression, electrical insulation, aging, and rework.
15
Sep, 2026
