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D65mm Empty Aerosol Tin Can for Mould Keeper - Rust Protection by China Suppliers & Factory

Aerosol Mould Keeper is a premium solution designed for the manufacturing sector, specifically for mold maintenance and protection. Trusted by factories and suppliers in China, this product effectively prevents rust and corrosion on metal molds, tools, and machinery components. Its aerosol format ensures easy application and comprehensive coverage, creating a robust protective barrier against moisture and other corrosive elements. Enhance your production efficiency and extend the lifespan of your equipment with Aerosol Mould Keeper, a reliable choice for manufacturers looking for quality and performance
  • Brand:  SAILON
  • Delivery time:  15 days
  • Product origin:  Guangdong, China
  • Supply capacity:  40millions/month

Can Thickness

Material Diameter (mm) Type Pressure Can body thickness Cone/Dome
Tinplate 65mm Necked-In Normal Pressure 0.18 0.32
Tinplate 65mm Necked-In High Pressure 0.21/0.23 0.4
  • Printing: Outside CMYK or PANTONE, Inside, Plain or gold lacquer.
  • Delivery Time: 15 days after deposit (please inform us for urgent orders)
  • Payment Term: 30% T/T in advance, 70% T/T against the copy of B/L
  • Packing Choices: Pallet

Aerosol Can Usage

The Diameter 65mm Necked-in Aerosol Can is an important container widely used in the chemical industry. This type of can offers several notable features and advantages. Firstly, its 65mm diameter provides a suitable capacity for holding various chemical substances, allowing for efficient packaging and transportation. The necked-in design ensures a secure seal, minimizing the risk of leakage and ensuring the integrity of the chemicals inside.

In the chemical industry, these cans are crucial for storing and dispensing a wide range of products, such as solvents, cleaners, and specialty chemicals. Their durability and resistance to corrosion make them suitable for handling different types of aggressive chemicals. Moreover, the aerosol format enables convenient application and dosing of the chemicals, enhancing user experience and efficiency in various industrial processes.

The use of Diameter 65mm Necked-in Aerosol Cans also contributes to safety in the chemical industry. They are designed to meet specific standards and regulations to ensure proper handling and storage of potentially hazardous substances. Additionally, their recognizable shape and design facilitate proper identification and handling in industrial settings. Overall, these cans play a vital role in the packaging and utilization of chemicals in the chemical industry, providing a reliable and practical solution for the storage and application of a diverse range of substances.

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Quality Control

The canning inspection process is as follows:
1. Initial inspection: After the machine is adjusted produced for cans various tests, including lid hook/body hook, tank height, burst pressure, deformation pressure, and appearance.
Initial inspection items:
A. Tear open the weld (test lid seal)
B. Copper sulfate soaking (soak in copper sulfate for 3 minutes and check for rust)
C. Pressure test
2. Pre-produce cans, and passed the air leakage test and water testing.
3. When screwing the cap, check the quality of the upper and lower caps.
4. Avoid scratches and found the reasons and adjust it during production.
5. During continuous production, check the size of the empty can, the appearance of the seams, the appearance of the can body, and the printing of the can body every hour.
Sealing function:
Visually inspect the lid seal and use a wrench to pull the seam.
Anti-rust function:
Test the anti-rust function by soaking in copper sulfate for 3 minutes.

Product Process

Step 1: Iron-cutting
cutting the roll raw tinplate to suitable sizes cans.
Step 2: Tin-printing
color printing according by customer's design (CMYK or Pantone colors)
Step 3: Cone & Dome Pressing
clear oil coating tinplate pressing cone & dome for diameter cans sizes.
Step 4: Aerosol can making
8 production lines making tin cans for security delivery time, SOUDRONIC welding machine, air inspection machine and infrared ray auto-inspection machines for quality products
Step 5: Aerosol can packing
packing with pallets or carton
table border (7)9km
table border (6)850
Step 1 Iron-cutting

Factory Working Environments

Factory side view

Factory side view

Office working environment

Office working environment

Storage picture

Storage picture

Frequently Asked Questions (FAQ)

What are the thickness specifications for a 65mm necked-in aerosol can?
For normal pressure cans, the body thickness is 0.18mm and the cone/dome thickness is 0.32mm. For high-pressure requirements, the body thickness is 0.21/0.23mm and the cone/dome thickness is 0.40mm.
What printing and lacquer options are available for these aerosol cans?
The exterior can be printed using CMYK or PANTONE colors. The interior options include plain metal or a protective gold lacquer coating.
What is the standard delivery time and payment term?
The typical delivery time is 15 days after receiving the deposit (urgent orders can be expedited upon notification). The payment terms are 30% T/T in advance and 70% T/T against the copy of the Bill of Lading (B/L).
How is quality control managed during the manufacturing process?
Quality control includes initial tests (weld tear, copper sulfate rust tests, and pressure tests), pre-production leakage testing, and cap inspection. Continuous checks on size, seams, body appearance, and printing are performed every hour during production.
What are the main manufacturing steps for the aerosol cans?
The product process follows 5 main steps: 1) Iron-cutting of tinplate, 2) Color tin-printing, 3) Cone and dome pressing, 4) Aerosol can making (using SOUDRONIC welding and auto-inspection systems), and 5) Packing using pallets or cartons.
Why are 65mm necked-in aerosol cans suitable for the chemical industry?
They provide a secure necked-in seal that prevents leakage, feature high durability and corrosion resistance against aggressive chemicals, and offer a convenient format for precise chemical dispensing.