In recent years, with the increased awareness of environmental protection and the enhanced regulations and legislation in various countries, an increasing number of metal corrosion-proof coatings are shifting towards environmentally friendly waterborne rust prevention. Due to different habits and application fields, the names of waterborne alkyd corrosion-proof paint series vary widely. Common terms include waterborne corrosion-proof coatings, waterborne metal corrosion-proof coatings, waterborne rust-inhibiting oils, and water-based environmental corrosion-proof coatings.

Additionally, we offer waterborne steel paint, waterborne steel pipe paint, waterborne transmission paint, waterborne equipment paint, waterborne hardware paint, waterborne bearing anti-rust paint, waterborne casting anti-rust paint, waterborne automotive shock absorber anti-rust paint, waterborne automotive radiator anti-rust paint, waterborne metal hanger anti-rust paint, waterborne automotive parts, undercarriage anti-rust paint, and more.

Many international customers are now requesting domestic suppliers to switch to waterborne alkyd anti-corrosion paints. As waterborne alkyd anti-corrosion paints are a relatively new field in our country, here's a brief statement of several considerations when choosing such paints.

1. The corrosion resistance requirements for water-based coatings:

Common indicators for corrosion tests are salt spray test results measured in hours. When selecting water-based rust preventive paint, it's crucial to first determine if there are specific salt spray test requirements for the material and process. If there are, they can range from a few hours. In cases with low requirements, salt spray test results are not mandatory, while in high-demand scenarios, they can extend up to thousands of hours.

2. Process requirements for water-based coatings:

The content of process conditions can include multiple aspects. This primarily involves the composition of paint, coating methods, film thickness requirements, and drying conditions. The composition of the paint indicates whether two-component paint can be used. The painting methods can include spraying, rolling, brushing, and other processes. The presence of heating and drying equipment at the construction site, and the lack of limitations on drying time, are part of the drying conditions.

3. Cost Requirements for Waterborne Coatings:

This issue is self-evident, but for water-based coatings, the variables are greater than those for solvent-based coatings. Water-based metal paints are in the emerging stage, with varying degrees of maturity among different technologies and significant cost discrepancies. Therefore, when selecting, one should consider the cost-performance ratio.

4. Legal and Regulatory Requirements for Waterborne Coatings

The primary driving force behind the domestic waterborne alkyd anticorrosive paint market remains international clients. Therefore, domestic manufacturers must be aware of the volatile organic compound (VOC) content and residual monomer levels when selecting waterborne coatings. It is necessary to obtain relevant documents and proof from suppliers, as required, to meet the domestic regulations of international clients.

The waterborne alkyd anti-corrosion paint series, after being transformed into graphene, has seen improvements in mechanical and mechanical properties, chemical stability, and anti-corrosion capabilities. There are numerous related research projects and patents published domestically, indicating strong market momentum. In the formulation of graphene anti-corrosion coatings, the primary anti-corrosion principle, which relies on a shielding effect from powders, can be entirely replaced by graphene. The addition of graphene is as low as 0.5% to 2%, capable of substituting for 30% to 60% of anti-corrosion and anti-rust fillers, highlighting its significance in cost reduction and environmental improvement. The application and development of graphene waterborne composite anti-corrosion coatings is gaining momentum and has great potential for further development. Currently, there is an increasing demand from around the world for anti-corrosion coatings, which are evolving towards high functionality, specialization, and environmental friendliness. Graphene plays a strategic role in accelerating the research and application of waterborne anti-corrosion coatings, promoting the conversion of waterborne paints, and advancing the development of environmentally friendly heavy-duty anti-corrosion coatings.