Aluminium Flip Off Seals

 

Aluminium Flip Off Seals

Aluminium Flip Off Seals

Molding process plan of aluminum plastic cover:

The forming process principle of the easy-open lid finished product. In this process, the tinplate cover ring is sent from the feeding device to the positioning station, and the indexing mechanism turns the tinplate cover ring to the punching and hot pressing station; at the same time, the aluminum-plastic film coil is fed intermittently by the uncoiling mechanism. In the punching and hot pressing station, the punching knife rises to punch the aluminum-plastic film in a punching manner, and then the mechanism continues to rise, directly pressing the punched aluminum-plastic cover sheet onto the tinplate cover ring for two The person performs hot-pressing sealing. The heating device of the station is arranged above the tinplate cover ring. The semi-finished product after hot pressing and sealing is embossed and unloaded in turn by the indexing mechanism to obtain the finished product.

Our company also has Aluminium Flip Off Seals on sale, welcome to contact us.

评论

发表评论

此博客中的热门博文

Advantages of Aluminium Flip off Seal

图片
  As a   Flip Off Seal Manufacturer , share with you. The advantages of aluminum-plastic composite lids, metal packaging is an important part of the modern packaging industry, and easy-open lids are made of safe, hygienic, non-toxic and odorless high-quality materials used in canned food, beverages and other industries, while being safe and hygienic, convenient to eat, and easy to transport Recycling, not polluting the environment, and more and more popular with consumers. What are the advantages of aluminum-plastic composite cover? Aluminium Flip off Seal 1. The aluminum-plastic composite cover is made of high-quality aluminum material, which is hygienic, will not rust, and is convenient to open without auxiliary tools. After opening, the bottle cap is destructive and can effectively prevent theft. 2. The aluminum-plastic composite cover has the advantages of good cushioning, shock resistance, heat insulation, moisture resistance, chemical corrosion resistance, etc., and is n...
阅读全文

Are rubber stoppers chemical-resistant?

图片
In the world of laboratory equipment and industrial applications, the choice of materials plays a pivotal role in ensuring safety, efficiency, and longevity. One critical component that often takes center stage is the   humble rubber stopper . Today, we delve into the depths of this unassuming device to answer a question of paramount importance: Are rubber stoppers genuinely   chemical-resistant? What Makes Rubber Stoppers Tick? Before we dive into the chemical resistance of  rubber stoppers , let's unravel the composition of these versatile devices. Typically crafted from natural rubber or synthetic polymers, rubber stoppers serve as sealing mechanisms for a myriad of containers, vials, and laboratory apparatus. The Chemistry Behind Chemical Resistance Natural Rubber vs. Synthetic Polymers: A Clash of Titans Natural Rubber's Innate Resistance Natural rubber, derived from the latex of rubber trees, exhibits inherent chemical resistance. The unique molecular structure...
阅读全文

Why Not Use Butadiene for Synthetic Butyl Rubber?

图片
As a   Bromobutyl Rubber Stopper , let me share with you. Because the use of isoprene (2-methyl du1, 3-J1 ene) as a monomer has completed the industrialization. Butadiene can be synthesized into butyl rubber, and the precursor of butyl rubber was obtained by copolymerizing isobutylene and butadiene with aluminum trichloride in ethyl chloride solvent. Bromobutyl Rubber Stopper At present, there are many kinds of butyl rubber processes, and it is often used to prepare a 25% solution of refined isobutylene (97%-98%) and isoamylene (2%-3%) in diluent methyl chloride, and Quench to -100°C (here is a methyl chloride solution, not an aqueous solution; elementary school students can easily make mistakes); At the same time, the catalyst chloroform is dissolved in methyl chloride and quenched to -100°C. Two liquid streams are continuously injected into the polymerization vessel and the polymerization vessel is kept at 100°C to obtain a slurry of butyl rubber fine ions. The cooling method is ...
阅读全文