Finney Air Heater Wins Dalian Key Energy Saving Project
The energy-saving renovation project of “Shennuo Packagingâ€, a key energy-saving project in Dalian that was contracted and built by the world-famous professional air-energy manufacturer Guangdong Fenix ​​Group, has shown that the comprehensive energy-saving of the project is as high as 60.9% and the energy-saving effect is significant. It is reported that the energy-saving project uses all the super hot air drying units provided by Finnicks. At present, all the units of the project have been installed and commissioned, and the operation conditions are good. A corner of Thailand's Print Master printing plant for energy-saving renovation using PHNIX Super Hot Air Dryer It is reported that Dalian Shengnuo Packing Products Co., Ltd. is a local key plastic color printing and packing product company. Its products cover more than 20 fields of packaging such as aquatic products, meat, grain and oil, daily chemicals, and electronics. The company is equipped with advanced printing, compounding and slitting. , bag making, blow molding and other equipment. The person in charge of the project stated that the market competition in the flexible packaging industry has become increasingly fierce. At the same time, due to the adjustment of the commercial electricity price policy in Dalian, enterprises can only improve their competitiveness through energy conservation and consumption reduction. According to reports, before the Finonics super hot air dryer was used, the heating system of the Dalian Shengnuo Packing Products Co., Ltd.'s laminator was heated and dried by electric heating tubes. The heating capacity of the whole machine was 67.5 degrees per hour. With the Finonics super hot air dryer, the heating system with the largest power consumption was reconstructed, and the drying temperature can still meet the heating requirements of the compound machine. The heating amount of the entire machine consumes only 26.4 degrees per hour, and the integrated transmission and heating part Operating conditions, the entire system energy-saving up to 60.9%. The person in charge of the Finonics Printing Division told the reporter that the super hot air dryer purchased by Dalian Shengnuo Packing Products Co., Ltd. is a new product developed by the group for the printing industry, adopting its patented total heat recovery technology, and fully recovering exhaust gas waste heat. Oven drying, energy-saving 90% than the traditional drying technology, the outlet temperature range of 45 °C -150 °C, can adapt to different wind and heat requirements. The high temperature of up to 150°C can be used for oven drying, laminating machine and coating machine heating, which greatly reduces the energy cost of the flexible packaging printing industry. In view of the significant energy-saving effect of the preheating system of the composite machine, Dalian Shengnuo Packaging Sun always expressed that it will continue to use the super hot air dryer provided by Finnicks to transform the remaining printing production lines. Matting Agent For Acrylic Coating Matting Agent 7631-86-9,Silica Matting Agent,7631-86-9 Coating Agent,Nano Size Silica Guangzhou Quanxu Technology Co Ltd , https://www.skyelecteflonheater.comSilica is often used as a Matting Agent in acrylic coatings due to its ability to scatter light and provide a non-glossy, dull finish. This results in a more subtle, less reflective surface.
The silica can be in the form of colloidal silica or Fumed Silica. Colloidal silica is typically a fine, stable dispersion of silica particles in water or an organic solvent. Fumed silica, on the other hand, is produced by the high-temperature reaction of silane or siloxane vapors with oxygen, resulting in ultrafine, spherical particles.
When used in acrylic coatings, these silica particles are dispersed throughout the coating film. As light hits the surface, it is scattered in multiple directions due to the irregular shape and size of the silica particles. This scattering effect diminishes the intensity of reflected light, leading to a matte appearance.
In addition to providing a matting effect, silica can also enhance the physical properties of the coating, such as improving the film's hardness, adhesion, and abrasion resistance. It may also help to stabilize the formulation and improve the flow and leveling properties of the coating.It's important to note that the amount and type of silica used can significantly affect the final appearance and performance of the coating. The particle size, surface area, and dispersibility of the silica will all play a role in determining the desired level of matting and the overall characteristics of the finished product.