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D65mm Empty Aerosol Tin Can for Mould Keeper - China Suppliers & Factory for Mold Protection and Maintenance
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.
Quality Control
The canning inspection process is as follows:
-
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.
- 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
- Pre-produce cans: Passed the air leakage test and water testing.
- Cap assembly check: When screwing the cap, check the quality of the upper and lower caps.
- Surface protection: Avoid scratches, find the reasons, and adjust it during production.
- Continuous production monitoring: 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 & Anti-rust function:
- Visually inspect the lid seal and use a wrench to pull the seam.
- Test the anti-rust function by soaking in copper sulfate for 3 minutes.
Product Process
1
Iron-cutting: Cutting the roll raw tinplate to suitable sizes cans.
2
Tin-printing: Color printing according by customer's design (CMYK or Pantone colors).
3
Cone & Dome Pressing: Clear oil coating tinplate pressing cone & dome for diameter cans sizes.
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.
5
Aerosol can packing: Packing with pallets or carton.
Factory working environments
Factory side view
Office working environment
Storage picture
Frequently Asked Questions (FAQ)
What are the specifications and thicknesses available for the 65mm aerosol cans?
For normal pressure requirements, the tinplate can body thickness is 0.18mm with a cone/dome thickness of 0.32mm. For high-pressure requirements, the body thickness is 0.21/0.23mm with a cone/dome thickness of 0.40mm.
What are the primary applications of these aerosol cans?
They are widely used in the chemical industry for storing, packaging, and dispensing various chemical substances such as solvents, cleaners, and specialty chemicals.
How is the quality of the aerosol cans verified during production?
Quality is controlled through initial inspections (weld tear tests, copper sulfate soaking, and pressure tests), pre-production air and water leakage tests, cap assembly checks, and hourly dimensions/printing checks during continuous production.
What steps are involved in the manufacturing process?
The process consists of five main steps: Iron-cutting, Tin-printing (CMYK or Pantone), Cone & Dome Pressing, Aerosol can making (utilizing advanced SOUDRONIC welding and automatic inspection machines), and final Pallet or Carton packing.
How do you test the anti-rust and sealing capabilities of the cans?
The anti-rust capability is verified by soaking the cans in copper sulfate for 3 minutes. The sealing capability is tested by visually inspecting the lid seal and using a wrench to test the structural integrity of the seam.
What are the standard payment terms and delivery times?
Our standard payment term is 30% T/T in advance and 70% T/T against the copy of the B/L. The delivery time is typically 15 days after the deposit is received.