At present, the “double carbon” goal is leading industrial change, coupled with consumption upgrades and health awareness awakening, the home building materials industry is ushering in a profound green transformation.
Environmentally friendly home decoration is no longer a niche choice, but has become a new direction for mainstream consumption. From material research and development, production technology to design and construction, the entire chain is moving towards low carbon, health and sustainability.
As a practitioner who has been deeply involved in the field of home building materials for a long time, let’s talk about the core logic and key breakthroughs behind this transformation from a technical perspective.
1. Policy-driven: Green standards lay a solid foundation for transformation
Policy is an important driver of industry transformation. In recent years, a series of new regulations have been implemented, setting a clear bottom line for green homes.
On June 1 this year, GB 18580-2025 “Limits of Formaldehyde Release in Artificial Panels and Products of Interior Decoration Materials” will be fully implemented. For the first time, graded control of artificial panels and products will be implemented. E0 grade (≤0.050mg/m³) will be included in the mandatory standard, and the limit value will be approximately 60% stricter than the old standard.
At the same time, six departments jointly promoted green building materials to the countryside and government procurement policies, making it clear that green building materials revenue will exceed 300 billion yuan in 2026, and policy dividends will continue to be released.
These standards and policies have forced the industry to bid farewell to extensive development and promote technological iteration with higher environmental protection requirements.
2. Material innovation: cutting off pollution paths from the source
Materials are the core of green transformation.
Today’s environmentally friendly building materials have long since gotten rid of “conceptualization” and have achieved low pollution throughout the entire cycle from raw materials to finished products.
1. Popularization of low-formaldehyde-free base materials The pain point of formaldehyde pollution in traditional artificial boards is being completely solved.
The hot pressing process of formaldehyde-free adhesives has gradually become popular. Adhesives made from natural raw materials such as soy protein and starch replace traditional urea-formaldehyde adhesives and eliminate formaldehyde residues from the source.
At the same time, bamboo fiber boards and recycled wood-plastic composite materials are being rapidly applied. Bamboo has a short growth cycle and low carbon emissions. Wood-plastic is made of waste wood and recycled plastic and is 100% recyclable.
2. Iterative upgrade of low VOC coatings Wall coatings bid farewell to high volatile pollution, water-based coatings have become the mainstream, VOC content is controlled below 100g/L, and some high-end products are even below 10g/L.
The technology of inorganic mineral coatings and plant-based coatings is mature. They use natural extracts such as linseed oil and rosin as film-forming substances. They not only do not contain benzene and formaldehyde, but can also absorb and decompose free formaldehyde in the air, with an antibacterial rate of up to 99.9%.
3. Large-scale application of recycled materials Resource recycling has become a new trend.
Broken glass is processed into colorful mosaics, scrap metal is recycled into ceiling keels, recycled plastic is used for decorative moldings, and industrial waste is made into aerated concrete blocks. These materials not only reduce the consumption of primary resources, but also reduce the landfill pressure of construction waste.
3. Process upgrade: low-carbon production reduces environmental load
In addition to materials, the greening of production processes is the key to transformation.
The traditional production model with high energy consumption and high emissions is being eliminated and replaced by new processes that save energy, reduce emissions, and are efficient.
– Low-carbon sintering technology: Ceramics and bathroom ware production adopt low-temperature and fast-sintering technology, which saves more than 30% energy than traditional processes and reduces nitrogen oxide and sulfur dioxide emissions.
– Additive-free purification process: High-temperature distillation and multiple filtration technologies are used in the production of building materials to remove trace impurities and volatile components in the raw materials without artificially adding formaldehyde and benzene series, making the finished product purer.
– Assembled prefabrication process: Wall panels, ceilings, kitchen and bathroom modules, etc. are prefabricated in the factory and only need to be spliced and installed on site. Construction waste is reduced by more than 70%, while on-site dust and noise pollution are reduced, and the decoration cycle is shortened.
4. Design empowerment: low-carbon space takes into account both practicality and health
Design is the soul of environmentally friendly home decoration.
Today’s green design is no longer simply stacking environmentally friendly materials, but through scientific planning to achieve the unity of low carbon, health and comfort in the space.
1. Minimalist reduction design Reject excessive decoration, focus on practicality, reduce unnecessary shapes and decorations, and reduce material consumption and subsequent pollution.
For example, simplifying the shape of the ceiling and reducing complex hard cladding on the wall not only saves costs, but also reduces pollution sources.
2. Natural lighting and ventilation optimization During design, maximize the use of natural light sources and reduce artificial lighting energy consumption; rationally plan the position and size of doors and windows to form cross-ventilation, improve indoor ventilation efficiency, and reduce dependence on air conditioning and fresh air systems.
3. Scientific control of material combination Even if it is an environmentally friendly material, excessive use may lead to the accumulation of indoor pollutants.
Taking a 10-square-meter room as an example, the safe use area of E0-grade boards is about 21 square meters. The amount of materials needs to be accurately calculated during design to balance environmental protection and practicality.
5. Intelligent integration: green and intelligent two-way empowerment
Green and intelligent are being deeply integrated, spawning more energy-saving and efficient new products, injecting new vitality into environmentally friendly home decoration.
– Energy-saving glass technology: Low-E insulating glass and electrochromic glass are gradually becoming popular. The former provides thermal insulation and reduces air-conditioning energy consumption; the latter can be powered to adjust the light transmittance, providing shade on sunny days and brightening on rainy days, acting as a “smart curtain”.
– Intelligent temperature control material: Intelligent temperature control mortar and phase change energy storage gypsum board can sense the ambient temperature and adjust the thermal conductivity, keeping it warm in winter and cool in summer, reducing heating and cooling energy consumption.
– Air purification integrated design: The fresh air system is combined with environmentally friendly building materials, which can not only efficiently exchange air, but also filter PM2.5, formaldehyde and other harmful substances, continuously ensuring indoor air quality.
6. Pain point cracking: core breakthroughs in industry transformation
During the transformation process, the industry has also faced pain points such as high environmental protection costs, immature technology, and inconsistent standards. Nowadays, it is gradually cracked through technological innovation.
– Cost reduction: Large-scale production and mature technology have made environmentally friendly materials more affordable.
For example, the price of water-based coatings and E0-grade boards is close to that of traditional products, and the price-performance ratio has been greatly improved.
– Performance improvement: In the past, environmentally friendly materials had problems such as poor durability and insufficient stability. Now, through technologies such as molecular cross-linking and high-temperature curing, product strength, moisture resistance, and stability have been significantly enhanced to meet long-term use needs.
– Uniform standards: From artificial boards, coatings to furniture, various environmental protection standards are constantly improving, and testing methods are more scientific, plugging loopholes in standards, and allowing environmentally friendly products to have a unified measurement scale.
7. Awakening of consumption: Health demand forces market upgrades
The change in consumer concepts is the core driving force for environmentally friendly home decoration to become mainstream.
Nowadays, people no longer only pay attention to the beauty of decoration, but also pay more attention to indoor health, and are willing to pay for environmentally friendly and healthy home decoration products.
– Increased health awareness: Health problems caused by formaldehyde, benzene and other pollutants have attracted much attention. Consumers take the initiative to learn environmental protection knowledge and give priority to low-aldehyde, no-aldehyde, and low-VOC products.
– Popularization of low-carbon concepts: The concept of “double carbon” is deeply rooted in the hearts of the people, and more and more consumers are willing to pay for low-carbon building materials and energy-saving products, and practice green living with practical actions.
– The return of rational consumption: Say goodbye to the consumption misunderstanding of “valuing face over health”, placing more emphasis on the environmental performance, quality and practicality of products, and promoting the transformation of the market from “price war” to “value war”.
8. Trend Outlook: Full-link greening is inevitable
At the current node, the green transformation of home building materials is not a matter of choice, but a matter of survival.
In the future, the industry will continue to move towards lower carbon materials, more environmentally friendly processes, more scientific design, and more intelligent integration.
– Scale bio-based materials: Bio-based materials such as mycelium and straw will be more used in furniture and decorative components to achieve zero carbon or even negative carbon throughout the life cycle.
– Complete full-chain traceability system: From raw material mining, production and processing to construction and use, a full-cycle environmental traceability system is established so that the environmental performance of each building material can be checked and traced.
– Accelerating cross-border integration: The in-depth integration of home furnishing, building materials, environmental protection, intelligence and other fields has spawned more innovative products and solutions, and promoted environmentally friendly home decoration from “optional” to “must-have”.
The green transformation of home building materials and environmentally friendly home decoration have become the mainstream. This is not only the inevitable development of the times, but also the only way for the industry to reform itself.
As practitioners, we must not only keep up with the cutting edge of technology and delve into material and process innovation, but also convey scientific green home decoration concepts so that more families can have beautiful and comfortable living spaces, stay away from pollution, and embrace health.
This transformation has no end, only a continuous new starting point, and each of us is a participant, promoter and beneficiary of green home.
