What is the future development trend of film-forming agents?

The future development trend of film-forming agents is mainly reflected in the following aspects:

Environmental protection

Policy promotion: Global environmental awareness is increasing, and environmental regulations are becoming increasingly stringent. For example, the requirements for phosphorus treatment of pre-coating wastewater have increased, prompting the film agent to develop in the direction of phosphorus-free and low pollution.

Market demand: Consumers' preference for environmentally friendly products has made the market competitiveness of environmentally friendly coating agents stronger. Coating agents without harmful ingredients such as phosphorus and heavy metals can fundamentally reduce pollution and meet market demand.

High performance

Improve protective performance: With the development of industry, higher requirements are placed on the protective performance of coating agents. For example, in the automotive and machinery industries, the film layer formed by the coating agent needs to have better corrosion resistance, wear resistance, adhesion, etc., in order to improve the service life and quality of the product.

Adapt to complex environments: In some harsh working environments, such as high temperature, high humidity, strong acid and alkali, the film agent needs to have good stability and adaptability to ensure that the performance of the film layer is not affected.

Multifunctional

Integrate multiple functions: In addition to the basic protective function, the film agent will also integrate multiple functions, such as self-cleaning, antibacterial, anti-oxidation, heat insulation, etc. For example, a film agent with a self-cleaning function can make the surface of an object less likely to be contaminated with dirt and reduce cleaning costs.

Meeting specific needs: Develop customized coating agents to meet the specific needs of different industries and application scenarios. For example, the electronics industry requires coating agents to have good conductivity and electromagnetic shielding properties.

Technological innovation

Application of new materials and technologies: The development of nanotechnology and polymer materials science has provided new materials and technical means for the research and development of film-forming agents. For example, the use of nanomaterials can improve the film-forming properties and protective properties of film-forming agents.

Improve the formula and process: By optimizing the formula and production process of the film-forming agent, the performance and stability of the product can be improved and the production cost can be reduced. For example, the composition and structure of the film-forming agent can be precisely controlled by using advanced synthesis technology.

Application field expansion

Growing demand in emerging industries: The demand for coating agents is increasing in emerging industries such as new energy vehicles, electronic information, and aerospace. For example, the battery shells of new energy vehicles and the shells of electronic equipment require surface treatment with coating agents to improve product performance and reliability.

Deep penetration into traditional fields: In traditional metal processing, construction, furniture and other industries, film-forming agents will further penetrate, replacing traditional surface treatment methods and improving the overall technical level and product quality of the industry.