With the continuous improvement of high-end equipment manufacturing capabilities, equipment operating environments are evolving towards high temperature, high pressure, low temperature, and complex working conditions, placing higher demands on the compreh

In building and industrial insulation systems, high-temperature conditions place clear demands on the stability and safety of materials. Glass wool, as a commonly used inorganic fiber insulation material, directly affects the insulation effect and long-te

In building and industrial insulation systems, high-temperature environments place higher demands on material performance. Rock wool, as a common inorganic fiber insulation material, has always had its high-temperature resistance as a crucial factor in en

In engineering fields such as refrigeration, cold storage, and cryogenic transportation, the performance stability of insulation materials in low-temperature environments directly affects the system's operational effectiveness. Rubber and plastics, as

In LNG storage, transportation, and cryogenic engineering systems, cold bridging is a significant factor affecting insulation performance and operational safety. Cold bridging not only leads to rapid localized heat transfer but can also cause frost format

With increasing global awareness of energy conservation and emission reduction, energy-saving requirements in the construction industry are becoming increasingly stringent. In the design and construction of energy-efficient buildings, the optimization of

With the rapid development of the new energy industry, the requirements for energy efficiency control and safety management in energy storage, power conversion, and clean energy utilization are constantly increasing. As a high-performance thermal insulati

In the fields of building insulation and industrial thermal insulation, glass wool is widely used for the insulation of air ducts, pipes, and equipment due to its light weight, low thermal conductivity, and strong construction adaptability. As a fiber-bas

In building insulation and industrial thermal insulation projects, rock wool is widely used for wall, roof, pipe, and equipment insulation due to its non-combustibility, high-temperature resistance, and stable insulation performance. In actual projects, r

In the fields of building HVAC and industrial equipment insulation, rubber and plastic insulation materials are widely used for insulating hot and cold pipes and equipment due to their good flexibility, high closed-cell ratio, and convenient construction.

In liquefied natural gas (LNG) engineering, insulation systems often undergo repeated thermal cycles due to start-up/shutdown switching, load fluctuations, and environmental changes. These conditions place high demands on the structural stability and perf

In liquefied natural gas (LNG) engineering, insulation systems often undergo repeated thermal cycles due to start-up/shutdown switching, load fluctuations, and environmental changes. These conditions place high demands on the structural stability and perf