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Join Us at Cannex & Fillex Asia Pacific 2024 – Experience the Future of Canmaking with ISHIN
We are thrilled to announce that Jiujiang Yixin Technology Co., Ltd. will be showcasing our latest innovations in canmaking equipment at the prestigious Cannex & Fillex Asia Pacific 2024.
Manufacturing Three-Piece Tin Cans: Process Overview
The so-called three-piece can consists of a single body, with a top lid and a bottom lid each being a separate piece.
Choosing Can Sealing Adhesives: Key Considerations
Choosing the right sealing adhesive typically requires close collaboration between can and lid manufacturers, canning facilities, and adhesive suppliers.
Water-Based Sealing Adhesives for Tin can: Formulation and Considerations
The design considerations for the formulation of water-based sealing adhesive for canning include the purpose of the can lid (packaging type), sealing conditions, mechanical and chemical stability, environmental conditions and limitations, compliance with food regulations, can edge conditions, flavor and odor requirements, adhesive injection cost, etc.
Aluminum Can Manufacturing: Advanced Processing Techniques
The processing technology of aluminum [...]
Comprehensive Overview of Canning Sealant Components and Functions
Jiujiang Yixin provides Tin Can Making Machine Solutions. We have many years of experience in the field of can sealing.
Development of Tinplate and Competition Among Various Packaging Materials
In the realm of packaging materials, including glass, paper, aluminum, steel, plastic, and paper-plastic composite containers, each has experienced significant development in recent years, showcasing a trend towards diverse growth.
Focus on Aluminum Can Production Technologies and Global Trends
It is evident that the production of aluminum billets for pressure cans is a high-tech process with significant processing challenges.
The Tin Can Factory: Exploring the Essentials of Tin Can Production
The essentials of tin can production involve a series of complex processes, each requiring precision and efficiency.