Glass fiber ducts are widely used in central air conditioning, ventilation systems, and public buildings due to their advantages of thermal insulation, sound insulation, and lightweight. Unlike traditional metal ducts, glass fiber ducts have certain speci

With increasingly stringent requirements for building energy conservation and industrial insulation, aerogel, as a high-performance insulation material, is gradually being applied in various fields such as pipelines, equipment, and building envelopes. Com

Glass wool and polyurethane are two widely used insulation materials in building insulation, industrial equipment insulation, and HVAC systems. They differ significantly in material structure, insulation performance, fire safety, and construction methods.

In industrial piping and building HVAC systems, the selection of pipe insulation materials directly affects the system's energy-saving effect, safety performance, and subsequent maintenance costs. Rock wool and rubber-plastic composites are two widely

In building energy conservation, industrial insulation, and equipment piping systems, the thickness design of insulation materials directly affects the system's energy-saving effect, construction space occupation, and overall operating costs. Rubber-p

In the field of cryogenic insulation, the choice of materials directly affects the thermal efficiency and safety of the system. LNG elastic felt and rubber-plastic materials are currently two major insulation materials widely used in cryogenic engineering

In building HVAC engineering, duct systems are a core component for air transport and regulation. With increasing demands for building energy conservation, noise reduction, and construction efficiency, the selection of duct materials is no longer limited

With the continuous improvement of building energy efficiency standards and industrial insulation requirements, the performance of insulation materials has an increasingly significant impact on the overall energy efficiency and structural design of engine

In building energy conservation, HVAC systems, and industrial insulation projects, the design of the insulation layer thickness directly affects the system's energy-saving effect, structural space occupation, and construction feasibility. Glass wool a

In building energy conservation and industrial insulation projects, the thickness of insulation materials is one of the key parameters that must be considered during the design phase. Rock wool and aerogel, as two widely used but technologically different

In building HVAC, industrial piping, and energy systems, the selection of pipe insulation materials directly affects the system's energy-saving effect, operational stability, and subsequent maintenance costs. Rubber-plastic insulation materials and ro

In the field of cryogenic insulation, with the expanding application of energy sources such as liquefied natural gas (LNG) and liquefied petroleum gas (LPG), the requirements for insulation materials are becoming increasingly stringent. LNG elastic felt a