This article explores how advanced circuit board tapes (e.g., Gold Finger Polyimide Tape) enable Industry 4.0 objectives. By analyzing IoT-integrated manufacturing use cases, AI-driven process optimization, and smart factory deployments, it quantifies productivity gains (up to 35% cycle time reduction). Comparative data showcases how tape innovations address challenges in miniaturization, traceability, and predictive maintenance.
This technical deep-dive compares UL, ISO, and IEC standards governing high temperature tapes. Through side-by-side tables and flowchart visualizations, it clarifies key metrics (thermal stability, electrical insulation, flammability). Case studies demonstrate compliance impacts on aerospace (NASA-STD-6012) and electronics (IPC-4202) certifications, guiding manufacturers in material selection for regulated industries.
This article analyzes how innovative Adhesive PET tapes redefine material choices across consumer electronics, automotive electronics, and photovoltaic industries. By examining enhanced properties (up to [X]°C heat resistance, ±[X]% adhesion stability), target customer profiles, and ROI-driven case studies, it quantifies benefits compared to PI/Kapton alternatives. Data tables highlight cost-performance advantages, positioning PET tapes as a strategic solution for industries balancing performance and budget.
At the 2025 Changsha Smart Expo, the Strong Adhesion and Blocking High Temperature Tape at the Green Beauty New Material Technology booth attracted strong attention from electronic manufacturers. This high temperature resistant tape made of patented Adhesive PET material successfully solved the problem of residual adhesive in the SMT mounting process of the traditional PI material high temperature resistant 300 tape.
Through the breakthrough improvement of the Gold Finger Electronic Polyimide Tape technology, our Brown Circuit Board High Temperature Tape has achieved three innovations: First, it still maintains a precise shielding capability of 0.03mm under a 300℃ reflow soldering environment; second, the Self-adhesive back blocking spray paint tape series products have passed the UL94 V-0 certification, and the flame retardant performance has been improved by 40%; finally, the lvmeikapton insulating electrical tape has been successfully applied to new energy vehicle battery modules, and the voltage resistance level has exceeded 8kV/mm...
This article aims to compare the application differences of Adhesive PET, PI and Kapton materials in the field of flexible circuit boards (FPCs). By analyzing the performance characteristics, application scenarios and actual cases of high-temperature tapes of various materials, this article provides FPC manufacturers with a reference for selecting appropriate high-temperature tapes to improve the protection effect and service life of FPCs.
This article focuses on the key role of self-adhesive back blocking tape in automotive painting. By analyzing its synergistic application with Brown circuit board high temperature tape in spray masking scenarios, it compares and analyzes the performance differences between it and other tapes. Combined with actual customer cases, it explains the importance of self-adhesive back blocking tape in improving painting quality and reducing costs, and provides a technical reference for tape selection for the automotive painting industry.
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
