Tinplate Can Handle Factory
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Tinplate Can Handle Manufacturers


Who we are

Professional Packaging Container Manufacturer.

Suzhou Jinqiao Packaging Container Co., Ltd. was founded in 2004. It has been specialized in mass production of tinplate containers such as chemical cans and food cans for 19 years. At the same time, it has a complete industrial chain from raw material tinplate, unpacking, printing to production of tin cans.

Jinqiao has a large number of modern production equipment, with an annual production capacity of 50 million pieces.The company has obtained the designated certificate of hazardous chemical packaging container issued by the state and the certificate of national high-tech enterprise.


  • Extensive
    Industry Experience

    We have a strong R&D team,and we can develop and produce products according to the drawings or samples the customers offered.

  • Source
    Production Company

    We have two own factories, so we can provide competitive favorable price and high quality products directly.

  • Global

    Our freight teams and shipping partners find end-to-end fulfillment solutions to deliver your packaging immediately or via a scheduled recurring delivery program.






Industry Knowledge Extension

How does the  Tinplate Can Handle seal to prevent leaks or spills?
The seal of a tinplate can handle is designed to prevent leaks or spills by securely attaching the handle to the body of the can while maintaining the can's integrity. Tinplate can handles are commonly used on certain types of cans, such as paint cans, chemical cans, and industrial containers. The handle serves as a convenient way to carry or transport the can. Here's how the tinplate can handle seal works to prevent leaks or spills:
Attachment Mechanism: The tinplate can handle is typically affixed to the can using a secure attachment mechanism. This mechanism may involve folding, crimping, or fastening the handle to the can body.
Seam Integrity: The attachment point of the handle is usually integrated into the can's seam, which is the area where the body of the can and the lid or bottom end are joined together. This seam is carefully sealed during the manufacturing process to ensure a tight and leak-proof connection.
Gasket or Sealant: Some can handle designs include a gasket or sealant material between the handle and the can body. This gasket helps create an additional barrier against leaks or spills by providing a flexible and watertight seal.
Material Compatibility: The materials used for both the handle and the can are chosen for their compatibility and resistance to the contents of the can. This helps prevent chemical reactions or degradation that could compromise the seal.
Handling Considerations: Proper handling and transportation of the can play a role in maintaining the integrity of the handle seal. Avoiding excessive force or dropping the can can help prevent accidental damage to the handle seal.
While tinplate can handles are designed to provide a secure seal and prevent leaks, their effectiveness can depend on factors such as the type of handle design, the specific can construction, and the intended use of the can. 

What is the connection mechanism of Tinplate Can Handle?
The connection mechanism of a tinplate can handle refers to how the handle is securely attached to the body of the can. This mechanism is designed to provide a strong and reliable connection while ensuring that the handle is firmly in place and can effectively support the weight of the can and its contents. The specific connection mechanism can vary based on the design of the can, the handle, and the intended use. Here are some common connection mechanisms for tinplate can handles:
Crimping or Folding: This is a widely used method where the handle is folded or crimped around the edge of the can body. The handle's ends are bent to grip the can's rim securely. This mechanism provides a simple and effective connection that helps prevent the handle from coming loose.
Double-Seamed Attachment: Similar to how a can's lid or bottom end is double-seamed onto the can body, the handle can be attached using a double-seaming process. This involves rolling the handle's edges onto the can's rim, creating a secure seal.
Welding or Soldering: In some cases, the handle may be attached to the can through welding or soldering. This involves melting or fusing the handle material onto the can body to create a strong bond.
Mechanical Fasteners: Certain tinplate can handles are designed with mechanical fasteners, such as rivets or screws, that pierce through the handle and the can body to create a secure attachment. These fasteners are tightened or secured to prevent the handle from detaching.
Adhesive or Sealant: A gasket, adhesive, or sealant material may be applied between the handle and the can body to create a watertight and secure seal. This can provide an additional layer of protection against leaks.
Snap-On or Clasp Mechanism: Some tinplate can handles have a snap-on or clasp mechanism that allows the handle to snap into place onto the can body. This mechanism can provide quick and easy attachment and detachment.
Interlocking Tabs: The handle may have interlocking tabs or hooks that engage with corresponding features on the can body, creating a secure connection.