Utilize low thermal conductivity and high-strength thermal insulation bricks as the insulation layer. The tiles are clamped between pipe supports on the support frame, serving both as a load-bearing and insulating function. To reduce thermal conductivity and sliding friction at the bottom of the pipe support frame, the frame is designed to slide on a surface of fluoroplastic and stainless steel, thereby minimizing the thrust force on the pipe架 due to displacement and sliding of the supports (2≤3), making it a low-friction, high-efficiency insulation product.

To optimize the thermal insulation structure, reduce the weight of the pipe架, lower production costs, and further enhance insulation effectiveness, while ensuring the compressive strength of the insulation brick blocks, strive to minimize the length of the pipe brackets at the bottom of the insulation bricks to reduce volume. For pipe supports that hold insulation brick blocks, maximize the volume of the insulation material filled within the pipe supports to improve the thermal insulation effect of the pipe brackets. The use of T-shaped permanent supports has resulted in significant energy-saving benefits.