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Customized 52mm Diameter Empty Spray Aerosol Tin Can - Quality Cleaning Solution by China Suppliers & Factory
Products Parameter
| Tinplate Aerosol Can (Diameter) | 65 mm | 52 mm | |||
|---|---|---|---|---|---|
| Parameter | Code | Standard | High Pressure | Standard | High Pressures |
| Open internal diameter | A | 25.4±0.10 mm | - | 25.4±0.10 mm | - |
| Open external diameter | B | 31.2±0.10 mm | - | 31.2±0.10 mm | - |
| External diameter of double | B | 63.2±0.10 mm | - | 63.2±0.10 mm | - |
| Can height | D | ±0.50 mm | - | ±0.50 mm | - |
| Total height | E | ±1.00 mm | - | ±1.00 mm | - |
| Contact height | F | 4.00±0.15 mm | - | 4.00±0.15 mm | - |
| Height of the double seam | G | 3.25±0.10 mm | - | 3.1±0.10 mm | - |
| Crinkle height | H | 6.90±0.20 mm | - | 7.0±0.20mm | - |
| Body diameter | I | 65.60±0.20 mm | - | 52.6±0.20mm | - |
| Bucking pressure | - | ≧1.3Mpa | ≧1.8Mpa | ≧1.5Mpa | ≧1.8Mpa |
| Burst pressure | - | ≧1.5Mpa | ≧2.2Mpa | ≧1.7Mpa | ≧2.2Mpa |
Can Thickness
| Diameter(mm) | Type | Pressure | Can body thickness |
|---|---|---|---|
| 52mm | Necked-In | Normal Pressure | 0.18 |
| 52mm | Necked-In | High Pressure | 0.19/0.20 |
🎨 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
When tinplate can comes to utilizing clean solvents in these cans, they offer a convenient and effective method for applying the solvent precisely where it's needed. Whether it's for cleaning delicate surfaces, removing tough stains, or degreasing mechanical parts, the aerosol delivery system ensures even distribution.
Furthermore, the 52mm Aerosol can is engineered to preserve the integrity and effectiveness of the clean solvent. It shields the solvent from external contaminants and prevents evaporation, ensuring its potency for an extended period.
Dia. 52mm Aerosol Can On Clean Solvents Using
In various industries such as automotive, electronics, and manufacturing, these cans are relied upon for their ability to swiftly and effectively clean various components and areas. They are also utilized in households for everyday cleaning tasks.
However, it's crucial to handle these aerosol cans with care, adhering to proper safety guidelines. This includes using them in well-ventilated areas to avoid inhaling fumes and storing them away from heat sources to prevent potential hazards.
In summary, the 52mm Aerosol can is a valuable asset in the realm of clean solvent usage, providing convenience, efficiency, and portability for a wide array of cleaning applications.
Aerosol Can features
1
Pressure resistance
The tank is designed to withstand the pressure of the propellant and internal contents.
2
Valve system
The jar is equipped with a valve system that controls the release of the contents when the spout is pressed.
3
Propellant
The tank contains a propellant, such as compressed air or liquefied gas, that helps distribute the contents when the valve opens.
4
Contents
Cans may contain a variety of products such as spray paint, air fresheners, cooking sprays, or other aerosol products.
5
Nozzle
The tank is equipped with a nozzle that, when activated, can disperse the contents into a fine mist or spray.
6
Safety Features
Aerosol cans are designed with safety features to prevent accidental discharge and ensure safe handling and storage.
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.
- Scratch prevention: Avoid scratches and found the reasons and adjust it during production.
-
Continuous production checks: 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.
Can body welding
Cone and Dome associate with can body, and air inspection
Leak test
Factory working environments
Factory side view
Office working environment
Storage picture
Frequently Asked Questions
Q What are the pressure specifications for the 52mm and 65mm aerosol cans?
For the 65mm can, the bucking pressure is ≧1.3Mpa (High Pressure ≧1.8Mpa) and the burst pressure is ≧1.5Mpa (High Pressure ≧2.2Mpa). For the 52mm can, the bucking pressure is ≧1.5Mpa (High Pressure ≧1.8Mpa) and the burst pressure is ≧1.7Mpa (High Pressure ≧2.2Mpa).
Q What is the thickness of the 52mm Necked-In aerosol can?
The body thickness for the 52mm Necked-In aerosol can is 0.18mm under normal pressure, and 0.19/0.20mm under high pressure.
Q What printing and packaging options are available?
We offer outside CMYK or PANTONE printing, inside plain or gold lacquer options. The standard packaging choice is pallets.
Q How do you perform rust and leak testing on the aerosol cans?
We perform leakage testing through air leakage tests and water testing. For anti-rust capabilities, we conduct a copper sulfate soaking test where the can is soaked for 3 minutes to inspect for any signs of rust.
Q What is the typical delivery lead time and payment terms?
The standard delivery time is 15 days after receiving the deposit (urgent orders can be accommodated upon request). Our payment terms are 30% T/T in advance and 70% T/T against the copy of the Bill of Lading (B/L).
Q What safety guidelines should be followed when handling aerosol cans?
It is crucial to handle the cans with care, including using them in well-ventilated areas to avoid inhaling fumes, and storing them away from heat sources to prevent potential hazards.