Recently, the Haidewei Marine Guardian? Ballast Water Treatment System successfully completed the USCG Type Approval Environmental Experiment at the Delta Laboratory in Denmark. This is the only product in the country that successfully passed the experiment, and is one of the few manufacturers in the world to pass the experiment.
     The USCG environmental test simulates different ship types, climates, and cabin environments through electromagnetic compatibility, vibration, extreme temperature and humidity experiments, etc., in order to comprehensively evaluate the design, structure, and quality of the ballast water treatment system. It is a USCG type approval experiment. The only thing that could trigger a change in the core components of the equipment leads to a re-launch of land-based, real-ship experiments.
     Haidewei Marine Guardian? Ballast water treatment system has the advantages of ultra-low energy consumption, compact structure and wide applicability due to its patented electrocatalytic advanced oxidation (AEOP) technology with independent intellectual property rights. It can cope with different waters and environments. The needs of various ship types for navigation have great advantages in terms of electromagnetic compatibility, vibration, and tilt. In the USCG land-based experimental phase for freshwater, saltwater, and seawater, the Marine Guardian uses the CMFDA method to efficiently complete ballast water treatment at temperatures approaching 0 degrees Celsius.
     It is understood that at present, the USCG type approval work of the Haidewei Ocean Guardian ballast water treatment system has reached the final stage of the actual ship test, and the product is expected to be the first product to obtain national certification.
Matting Agent For Economic Coatings
Silica (SiO2) in economical coating additives is a widely used inorganic filler. It plays a variety of roles in the coating industry and plays an important role in improving coating performance and reducing costs. The following are several main uses of silica in coating additives:
1. Enhance the mechanical properties of the coating: Silica particles can increase the hardness and wear resistance of the coating and improve the scratch resistance of the coating.
2. Improve leveling and hiding power: By adjusting the particle size and dispersion state of silica, the leveling of the coating can be effectively improved, while the hiding power of the coating can be improved and the amount of coating required can be reduced.
3. Adjust gloss: Silica of different particle sizes and forms can affect the gloss of the coating, thereby meeting the needs of different application scenarios.
4. Improve weather resistance and corrosion resistance: Silica as a filler in the coating can effectively block the damage of ultraviolet rays to the coating and enhance the weather resistance and corrosion resistance of the coating.
5. Reduce costs: Compared with some organic fillers or metal oxides, the cost of pure silica is relatively low. Using an appropriate amount of silica can reduce the production cost of coatings while ensuring performance.
6. Environmental protection: Silica is a natural non-toxic material that meets the requirements of modern coatings industry for environmental protection performance.
7. Auxiliary film-forming substance: In some specific coating systems, such as water-based coatings, silica can be used as an auxiliary film-forming substance to help form a stable coating structure.
In short, as an economical coating additive, silica plays an important role in improving coating performance, reducing costs, and protecting the environment. However, its specific application effect will be affected by factors such as coating formula and use conditions. Therefore, in actual applications, it is necessary to make appropriate selections and adjustments according to specific needs.
Economic Paint Agent Silica Dioxide, 7631-86-9 Precipitated Silicon Dioxide,CAS 7631-86-9 Matting Powder
Guangzhou Quanxu Technology Co Ltd , https://www.anticorrosionpigment.com