The first presentation of the spring building materials project, which outlines the construction materials for the spring, is an integrated enterprise focused on research, development, production and marketing of green and green building materials, with the concept of “technology, building a green future” at its core, working to provide high-performance, low-energy building solutions for residential, commercial and public buildings. The project covers the three core categories of outer wall temperature-preserving materials, environmentally friendly paints and assembly building components. The products are certified through the china environmental mark (ten ring certification), the eu ceo certification, with an annual capacity of 500,000 tons and services of over 1,000 engineering projects, with 95 per cent customer satisfaction. Ii. The graphite polybenzene (seps) plate for the outer wall of the core product system for temperature protection and energy-saving materials: a heating factor of 0. 032 w/(m) and a fire protection level b1, with a 30 per cent energy efficiency increase applicable to buildings in the northern cold zone. Case: following the introduction of a seps plate for a residential project in the north, heating energy consumption was reduced by 25 per cent during the winter, with annual savings exceeding $100,000. Vacuum insulation panel (vip): only 2 cm thick, with a heating factor of 0. 005 w/(m) for ultra thin wall and cold chain logistics, with energy efficiency industries leading. Environmental coatings and decorative material water silicate mud coatings: 90 per cent sorbium, 85 per cent 24-hour platinum purification rate, voc release of 5g/l (national standard 120g/l), applicable to sensitive places such as children's homes, hospitals, etc. Data: third-party tests show that indoor air quality has been upgraded to “excellent” standards using silic algae sludge coating. Anti-bacterial anti-fouling art paints: silver ion anti-bacterizer, anti-fouling grade 0 (most advanced), providing 30+ texture effects such as marble, metallic senses, etc. To meet high-end decorative needs. Plant prefabricated production, 50 per cent efficiency improvement in on-site installation and 80 per cent reduction in construction debris, meeting the “bicarbon” goal. Case: for an assembly housing project, prefabricated outer walls were used, with a 40 per cent reduction in the duration of work and a 15 per cent reduction in the combined cost. Light steel dragon bone wall system: self-heavy (traditional brick wall only 1/5), soundproofing up to 55 db, applicable to rapid alteration projects such as office buildings, hotels, etc. Iii. Technological advantages and innovative green energy-saving technologies to transform energy storage materials (pcm): pcm microcapsules are embedded in construction materials to achieve “heating during the day and at night” to balance indoor temperature fluctuations and reduce air conditioning energy consumption by 20 per cent. Solar reflector paints: 90 per cent reflectivity, lower building surface temperature of 15-20°c and reduced urban heat island effect. Computer manufacturing and quality control full process digitization management: from the procurement of raw materials to the release of finished products, real-time monitoring through the erp system resulted in a 99. 8 per cent compliance rate. Ai visual detection system: deployment of ai cameras on production lines, automatic recognition panel cracks, unequal coating thickness, 100% failure detection. The recycling economy model of construction waste reuse: concrete, bricks torn apart and regenerated, used for the production of tradable bricks, roadblocks, disposal of construction waste exceeding 200,000 tons per year. Iv. In spring, building materials solutions housing developers' cost control, energy efficiency inspection, brand premium provides a “life-cycle energy efficiency programme” that commits to achieving energy efficiency, and enabling projects provide on-site installation guidance through green building certification (e. G. Lead, breeam) construction efficiency, quality stability, and standardized and environmentally safe supplies, reducing consumer health and environmental protection for over 30 per cent of the working life, individualized design, fast-tracking and roll-out of “environmental home-loading” with silican mos paints, anti-bacterial floors, etc., completion of a full-house renovation of government public construction project policy compliance, durability, social efficiency supply of durable building materials (e. G., 50-year-long outer-wall) and provision of carbon footprint accounting report v, brand-differential strategy “full life-cycle services” promise from design advice, product to construction guidance, post-sale maintenance, etc., and client reporting rate of 0. 5 per cent. Case: a commercial complex project uses spring construction materials for “full-cycle services”, which take only six months to contract and complete, saving management costs in excess of $2 million. The “green building materials supermarket” model offers a face-to-face shop in key cities, displays all-good products, offers vr scenario design tools, and allows clients to visualize improvements. Data: experience shop customers have a 60 per cent conversion rate, with a 40 per cent increase in unit prices compared to traditional channels. The “public good” social responsibility launched the “old house renovation programme” to replace energy-saving windows and windows for low-income families free of charge and to paint for the environment, with a cumulative improvement of over 5,000 households. Future planned product upgrades “self-rehabilitated concrete”, which automatically heals the cracks through microbiological capsules, extending the construction life to 100 years. In the area of light-voltage construction materials, light-voltage and light-screen walls were launched to achieve building self-sufficiency in power generation. Market expansion in countries along the “one way”, with production bases in south-east asia and the middle east, reduces logistics costs by 30 per cent. The rural market has been expanded by introducing the “village house assembly solution” to help revitalize the village. Technical cooperation and the establishment of a “green building materials laboratory” with institutions such as the university of tsinghua and the central college of sciences jointly announce national research projects. Vii. Summarizing the spring construction materials project, centred on “green, green, efficient and energy-efficient”, building competitive advantages through high-performance material development, smart manufacturing and full-cycle services. In the future, the project will continue to deepen the “two carbon” target practice, expanding photovoltaic materials and overseas markets to become the global “green transformation” pole of the construction industry. Keywords: green building materials, energy conservation and conservation, assembly buildings, full-cycle services, circular economy