The building energy-saving policy continues to promote the iteration of the system doors and windows industry, the popularization of ultra-low energy consumption buildings and green buildings, and the continuous raising of the standard for heat transfer coefficient of external windows, which forces the continuous upgrading of materials and structural technology. The technology solutions of multi cavity profile structure, high-performance insulation strip, low radiation insulated glass, multi-channel isobaric sealing, hidden drainage, etc. are widely used, effectively reducing cold and heat exchange, reducing air conditioning and heating energy consumption, and in line with the low-carbon development direction. At the same time, consumer demands are becoming increasingly diverse. In addition to insulation and sound insulation, the demand for natural lighting, minimalist appearance, safety protection, and integrated screen windows is growing synchronously, driving the continuous enrichment of product series and adapting to various scenarios such as enclosed balconies, villas, and tooling projects.
In addition to technology implementation, the pain points of the industry are focused on the consistency between standard implementation and delivery. Although there are universal technical standards for system doors and windows, there is still a phenomenon in the market where ordinary broken bridge doors and windows impersonate system doors and windows. Many products only have profile testing and lack complete window type inspection reports. The focus of competition in future industries will gradually shift away from simple price competition, and the supply side with stable research and development, testing capabilities, standardized construction specifications, and after-sales systems will have long-term advantages. Intelligent integration is also an important direction, and the integrated design of doors, windows, ventilation, shading, and sensing modules will become an important track for subsequent product upgrades.