In order to accelerate the implementation of green printing strategies and promote the transformation of China's printing industry, the development and promotion of environmentally friendly advanced printing technologies and materials have become the mainstream direction of the development of the global printing industry. In order to overcome the chemical pollution caused by photosensitive processing in the printing and plate-making process, researchers from the Institute of Chemistry of the Chinese Academy of Sciences have developed a new generation of non-photosensitive, pollution-free, and low-cost plate-making technology for nanomaterials: composite transfer through nanoparticles In the application of materials and nano-micron structure plates, the graphic information is directly printed on the printing plate, forming an ink-friendly graphic area and a hydrophilic blank area for direct printing. Just like the revolution of digital photography to film photography, this technology completely avoids the chemical processing and cumbersome processes, and is currently the most environmentally friendly printing platemaking technology.
The technology has received strong support from the national government, the Chinese Academy of Sciences and Beijing and other local governments. Beijing Zhongkona New Printing Technology Co., Ltd., founded by the Institute of Chemistry of the Chinese Academy of Sciences and Lenovo Holdings, is committed to the industrialization and promotion of nano-green plate-making technology. The company has successfully developed Naxin 100 commercial plate-making machine, Naxin 100 newspaper plate-making machine, Nanoplate 133, Nanoplate 200 and other products.
Anomatic Advantages:
· High purity solvent free gases
· Does not change the appearance of the canister.
· Fully replicates the profile of canisters
· Hydrophobic low surface energy system
· Fully licensed sustainable process
· Environmentally friendly with a low carbon footprint.
Aluminum anodization is an electrochemical process that enhances the strength, durability, and appearance of aluminum. When aluminum is oxidized, super-strong oxide (anodic) layers [grow" on the surface of the metal. These new layers are highly resistant to wear and corrosion.
The exacting part to part consistency achieved with our unique anodizing system cannot be obtained with conventional hoist line systems. Conventional anodizing systems present parts with varied coating thicknesses and voids formed due to air pocketing.
A consistent uniform 6 µm anodic film thicknesses will protect certain drug formulations and the canister from degradation. Heavier film thicknesses of up to 12µm can be provided to meet your more demanding application.
Drug Delivery Components,Contact Down Force Components,Precision Device Measures Components,Mdi Direct Placement Transducer Components
Anomatic(suzhou)metal packaging co,ltd , https://www.anomaticpharma.com