IBH Advance Material Main Markets Industries, Markets Served& Materials Application

As a supplier of advanced thermal interface materials, IBH Technology is oriented to the needs of the industry and is committed to meeting the application needs of electronic equipment manufacturers. , automotive electronics, instrumentation, electrical engineering, 5G network communications and other intelligent manufacturing fields provide thermal interface materials and thermal management application solutions.

New Energy Industrial electronics

The increasing performance and integration of electronic components has not only enabled greater equipment functionality but often delivers this in smaller and smaller form factors. Associated with this trend is the expectation that power supplies will also become more compact. Initially this demand was addressed by the adoption of switch-mode technology but the continuing trend has led to increased power densities. Part of the remedy for this is to use higher switching frequencies and more efficient designs. However, the inescapable conclusion is that there will always be a need for effective thermal management in power electronics.

Flat Panel Displays

More and more 1080P,4K,8K camera are introduced to application in camera, high-definition image processing , big data computing,high power consumption and calorific value in confined quarters make the problems of thermal management and EMI shielding increasingly prominent.Simultaneously, the volatilization of thermal interface material molecules and the precipitation of silicone oil effecting on the optical lens, the low temperature resistance of the chip, all these ask for meticulous thermal designing.

Consumer Electronics

Thermal interface material are used widely in aerospace, consumer electronics, and telecom equipment industries, sealing and shielding processes, and power supply unit applications. IBH Advance Material are used for transferring heat between microprocessors and heat sinks in integrated circuits.

Netcom Industry

The communication base station equipment is developing towards lightweight, high power and high integration. Contrary to its volume decreasing, the heat consumption density of the system increases to 30W/L-35W/L, while the shell generally being cast cavity causes to adopt the passive heat dissipation method . The huge calorific value poses serious challenge to the whole device.

LED Industry

Medium to high power LEDs are constantly evolving, although the need to remove heat from that LED remains constant. IBH's focus is to lower junction temperature of the led by using a direct thermal path. lower junction temperature increases LED life, LED brightness, lumen output, product reliability and can even reduce dollars per lumen.