The technological innovation directions of the daily chemical industry include the following aspects:

1. Raw material innovation

- Develop new natural plant extracts with better skin care, hair care or cleaning effects and high safety.

- Research and apply raw materials from biotechnology sources, such as fermentation products, bioactive peptides, etc.

- Explore functional materials, such as new materials with self-repairing, antibacterial, anti-pollution and other properties.

2. Formula optimization

- Use nanotechnology to improve the permeability and stability of active ingredients and improve product effects.

- Develop smart formulas that can automatically adjust performance according to environmental conditions (such as temperature, humidity) or skin conditions.

- Develop low-irritation, mild and efficient cleaning formulas.

3. Production process innovation

- Use continuous production processes to improve production efficiency, reduce costs, reduce energy consumption and waste emissions.

- Apply 3D printing technology to achieve the production of personalized customized products.

- Introduce intelligent manufacturing systems to achieve automated, digital and intelligent monitoring and management of the production process.
4. Packaging technology innovation

- Research and develop intelligent packaging, such as packaging with shelf life monitoring, anti-counterfeiting function, usage reminder and other features.
- Promote biodegradable and recyclable environmentally friendly packaging materials.
- Explore innovative packaging design to improve the convenience and aesthetics of products.
5. Testing and analysis technology

- Use advanced testing instruments and analytical methods to more accurately evaluate product performance and safety.
- Develop rapid testing technology to achieve real-time quality monitoring of raw materials and finished products.
6. Green chemical technology

- Develop green synthesis routes to reduce the use of chemical reagents and the generation of harmful substances.
- Promote water-based and solvent-free production processes.
7. Digital technology application

- Use artificial intelligence and big data for market forecasting, consumer demand analysis and product development.
- Provide consumers with product experience and purchase recommendations through virtual reality (VR) and augmented reality (AR) technology.
8. Efficacy evaluation technology

- Establish a more scientific and objective product efficacy evaluation system, including innovations in in vivo and in vitro experimental methods.
9. Sustainable development technology

- Research new technologies for wastewater treatment, waste gas reduction and resource recycling to achieve green production in factories.
10. Interdisciplinary integration

- Combine knowledge and technology from multiple disciplines such as medicine, pharmacy, and physics to develop innovative daily chemical products.

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