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China Suppliers Factory - 60mm Lacquered Cone & Dome for Aerosol Cans with Quality Assurance and Competitive Pricing

Tinplate cans with lacquered golden cones and domes are designed to meet American packaging standards, ensuring compliance with regulations from the Consumer Product Safety Commission (CPSC) and the Environmental Protection Agency (EPA). As a leading factory in China, we prioritize safety, quality, and environmental sustainability in our aerosol packaging solutions. Our products are sourced from reliable suppliers, guaranteeing durability and adherence to industry standards. Choose our tinplate cans for your packaging needs and experience superior quality and compliance with the latest regulations.

  • Brand:  SAILON
  • Product origin:  Guangdong, China
  • Delivery time:  15 days
  • Supply capacity: 60 million/month

Cone and Dome Parameter

Diameter Item Type Thickness (mm) Lacquer
45mm Cone Necked-in 0.25 Clear lacquer for both sides
Dome 0.25 Clear lacquer for outside
52mm Cone Necked-in 0.26 Clear lacquer for both sides
Dome 0.26 Clear lacquer for outside
60mm Cone Necked-in 0.32 Clear lacquer for both sides
Dome 0.32 Clear lacquer for outside
65mm Cone Necked-in 0.32 / 0.40 Clear lacquer for both sides
Dome 0.32 / 0.40 Clear lacquer for outside
High 65mm Cone Necked-in 0.32 / 0.35 / 0.40 Clear lacquer for both sides
Dome 0.32 / 0.35 / 0.40 Clear lacquer for outside
70mm Cone Necked-in 0.35 Clear lacquer for both sides
Dome 0.35 Clear lacquer for outside

What is the Cone and Dome?

The cone is the part that surrounds the valve stem and helps to direct the flow of the aerosol product when the valve is pressed. It also provides a seal to prevent the product from leaking out when the can is not in use.

The dome is the top part of the aerosol can that contains the valve itself. When the dome is pressed, it opens the valve, allowing the product to be released as an aerosol spray. The dome also typically includes a nozzle or spray tip that helps to control the direction and pattern of the spray.

Together, the cone and dome of the aerosol can work to control the release of the product and ensure that it can be dispensed effectively and efficiently.

Aerosol Can Cone and Dome Structure

The Standard of American Packaging

When designing the cone and dome for American packaging, it’s important to consider factors such as material durability, pressure resistance, valve compatibility, and environmental sustainability. Additionally, adherence to labeling and safety regulations is essential to ensure that the packaging meets all legal requirements for distribution and use in the American market.

Overall, the cone and dome for packaging American products should be designed with a focus on safety, compliance, and functionality to meet the specific needs and standards of the American market.

The Important Points of Lacquered Cone and Dome for Tinplate Can

1. Protection

The lacquer coating on the cone and dome helps to protect the tinplate can from corrosion and rust, ensuring the integrity of the can and the preservation of its contents.

2. Seal

The lacquered cone and dome provide a secure seal, preventing the contents of the tinplate can from leaking or being contaminated by external factors.

3. Dispensing

Designed to work in conjunction with the can's valve system to facilitate controlled dispensing, ensuring a smooth and consistent flow of the product when activated.

4. Aesthetic Appeal

The lacquered finish on the cone and dome enhances the visual appeal of the tinplate can, providing a professional presentation attractive to consumers.

Overall, the lacquered cone and dome of a tinplate can play a crucial role in preserving the contents, facilitating controlled dispensing, and enhancing the overall quality and presentation of the product.

The Cone and Dome for 60 mm Aerosol Tinplate Can

Quality Control System:

  • 1
    Initial Inspection
    After the machine is adjusted and cans are produced, various tests are conducted, including lid hook/body hook, tank height, burst pressure, deformation pressure, and appearance.
    • Check the weld by tearing it open: Lid seal test
    • Soak in copper sulfate: 3 minutes check for rust prevention
    • Pressure test: Burst and deformation integrity verification
  • 2
    Leakage & Water Testing
    Pre-production cans undergo air leakage and water testing to ensure they fully meet quality and safety standards.
  • 3
    Cap Screw Quality Check
    When screwing the cap, the manufacturing quality of both the upper and lower caps is systematically inspected.
  • 4
    Surface Defect Prevention
    Scratches are strictly avoided, and any issues discovered are immediately addressed and adjusted during continuous production.
  • 5
    Hourly In-Line Verification
    Throughout continuous production, the size of the empty can, seam appearance, can body, and can printing are monitored and checked every hour.

Frequently Asked Questions (FAQ)

What is the difference between an aerosol cone and an aerosol dome?
The cone surrounds the valve stem to guide product flow and provide an airtight seal, while the dome represents the top component containing the valve mechanism and spray actuator tip that opens when pressed.
Why are tinplate aerosol cones and domes lacquered?
Lacquer provides essential rust and corrosion protection, preserves container contents, enhances the cosmetic look of the package, and ensures tight seaming without risk of product contamination or leaking.
What standard diameters are available for aerosol tinplate cones and domes?
Standard necked-in diameters include 45mm, 52mm, 60mm, 65mm, High 65mm, and 70mm, with tinplate thicknesses ranging from 0.25mm to 0.40mm depending on pressure and structural specifications.
How is pressure resistance verified during quality control?
Quality assurance involves specialized burst pressure and deformation pressure testing, air leakage and immersion water testing, and weld tear tests to ensure pressure stability and safety.
What are the compliance requirements for American aerosol packaging?
American packaging mandates compliance with pressure containment ratings, strict material durability, valve compatibility, environmentally sustainable practices, and applicable US safety and labeling regulations.