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2014 Quarter 2 Issue 19
2014 Quarter 2 Issue 19 Message from the Chief Editor
As a global leader in the auxiliary industry, Shini will show its principle of product development and innovation as well as its “one-station experience” by displaying the latest products, innovative technology and the most complete molding machine production line. Please read the Preview of Machines for Chinaplas2014 about products and technologies Shini recommends for the Chinaplas 2014.
Liquid master batch is plastic master batch which takes organic liquid as a carrier and well disperses micro pigments of minimum diameters into the carrier. It’s mainly applied to films, pipes, profiles and filaments for coloring. Compared with master batch particles, liquid master batch have incomparable advantages over other ways of coloring in film extrusion and wire-drawing of fiber, since it can effectively eliminate color points and spots on the surface of the products. Please read this issue of View of Shini for more details.
Vacuum drying is based on the phenomenon mentioned above. It means put the material which needs to be drying under vacuum and negative pressure condition to lower the water boiling point. The water boiling point under normal atmospheric pressure is 100℃, However, it can lower to 80℃, 60℃ and 40℃ under vacuum and negative pressure condition. Then the water will start to evaporate, which enables drying heat sensitive material.
In addition, any opinions about View of Shini are welcome for us to improve the journal and to provide the technology of product and information of industry which you need.
Liquid master batch is plastic master batch which takes organic liquid as a carrier and well disperses micro pigments of minimum diameters into the carrier. It’s mainly applied to films, pipes, profiles and filaments for coloring. Compared with master batch particles, liquid master batch have incomparable advantages over other ways of coloring in film extrusion and wire-drawing of fiber, since it can effectively eliminate color points and spots on the surface of the products. Please read this issue of View of Shini for more details.
Vacuum drying is based on the phenomenon mentioned above. It means put the material which needs to be drying under vacuum and negative pressure condition to lower the water boiling point. The water boiling point under normal atmospheric pressure is 100℃, However, it can lower to 80℃, 60℃ and 40℃ under vacuum and negative pressure condition. Then the water will start to evaporate, which enables drying heat sensitive material.
In addition, any opinions about View of Shini are welcome for us to improve the journal and to provide the technology of product and information of industry which you need.