In the future, green building materials will take the road of "industrial integration and innovative development.

Industrial integration refers to the dynamic development process in which different industries or different links of the same industry penetrate each other, cross each other, and finally integrate into one, and gradually form a new industry or new business model. The essence of industrial integration is industrial innovation, through industrial integration, change the industrial development mode, expand the industrial development space, and improve the industrial development level.

In order to develop construction parts, we should take the road of integration of construction and building materials industry. Through industrial integration, we can realize the effective link between material performance and building function, and transform material performance into the function of meeting the requirements of green building by means of material collection.

At the same time, the building materials industry should establish the development concept of actively growing into the construction industry. Through integration and innovation, it should master the knowledge and technology of the whole industry chain, master the core technology and form the manufacturing capacity of key materials or products, form the product design ability, and enhance the resource allocation and market service ability of the whole industry chain through vertical combination or merger and acquisition of the industrial chain.

First, establish a standard support system for green building parts that covers the selection of raw materials, product processing and manufacturing, and product construction and assembly.

Secondly, build a public technical service platform for the construction parts industry, research and develop common key technologies, and provide product quality inspection and certification services.

Thirdly, establish an effective product quality supervision mechanism. From the construction site supervision to the supervision of the quality of construction parts.

Finally, take the road of base and park development, and choose a conditional regional layout to build a number of comprehensive or professional green building materials industrial bases or parks.

The path of innovation and development refers to all creative activities that enable the industry to gain a competitive advantage through the transformation of the old mode of production and management. The transformation of the old mode of production belongs to technological innovation, while the transformation of the old mode of management belongs to management innovation. The purpose of innovation is to increase the value of the product.

Today's innovation has entered an era of integration and innovation. Relying solely on technological innovation or management innovation, its role is limited. Generally speaking, products are equal to resources plus knowledge, and the value of products depends on the amount of knowledge. The knowledge that constitutes products mainly includes: strategic innovation with market insight knowledge; Design innovation with product design knowledge; Production technology innovation with product production knowledge; applied technology innovation with knowledge of product use; and business model innovation with knowledge of product market operation.

Of course, building an effective innovation system is more important than finding the right direction for innovation. In the face of increasingly severe resource and environmental constraints, taking the road of green development has become an inevitable choice for the development of the building materials industry in the future. Under the current conditions, the main content of the green development of green building materials is to rely on industrial design, and the material performance is transformed into the main through design. Including the function of energy saving, emission reduction and comprehensive utilization of resources.

Energy saving in the production process of green building materials not only requires advanced technology support, but also relies on refined management to tap energy-saving potential, implement clean production, minimize pollutant emissions, and actively promote the recycling and harmless of various wastes. Comprehensive utilization, and strive to accelerate the development of light, thin and high-quality products.