With advanced manufacturing techniques and materials, MOKO Technology provides High TG PCB with superior performance!
TG refers to the Glass Transition Temperature, which signifies the temperature at which the substrate changes from a rigid and glassy state to a rubbery state. The standard PCB FR4-Tg has a range of 130-140℃, while the mid-range Tg is higher than 150-160 ℃, and the high Tg is higher than 170 ℃. As a rule, materials with higher Tg values tend to have improved resistance to heat and moisture. High Tg boards are specifically engineered to function in high-temperature environments.
At MOKO, we adhere to a rigorous quality control system that involves multiple inspection methods to scrutinize every circuit board and component. We are certified with ISO9001, ISO13485, RoHS, etc.
Our well-established global supply chain facilitates the acquisition of high-quality materials at a lower cost. And all PCB production stages are finished under one roof to reduce transportation expenses.
With over 16 years of experience in PCB manufacturing and serving clients from over 100 countries, our team of experienced engineers has expertise in all types of circuit boards including high TG PCB.
Our one-stop manufacturing service enables us to control production schedules and ensure on-time delivery of PCBs. Furthermore, we employ industry-leading and highly automated equipment to speed up delivery.
High TG PCBs exhibit exceptional resistance to high temperatures and maintain their performance even under extreme thermal stress. They do not warp or deform due to heat and remain structurally sound.
High TG PCBs are highly resilient and can withstand high pressure and stress. They are inherently hard and strong, and their durability increases with the number of layers.
Ordinary PCBs cannot accommodate high power density because the components generate a lot of heat. However, high TG PCBs can tolerate high-temperature conditions, enabling them to dissipate heat more effectively. This means that more components can be placed on the board without the risk of overheating.
High TG PCBs are far more dependable than conventional PCBs, and they perform optimally in extreme temperatures. They are impervious to temperature-related changes, ensuring consistent electrical performance even in the harshest conditions.