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Automotive Aerosol Can: Withstand -20°C to 70°C, Performance Advantages of Custom Tinplate Automotive Aerosol Can
2026-01-14
In the field of automotive maintenance and repair, the reliability of Automotive Aerosol Candirectly affects the effectiveness of subsequent operations, but extreme temperatures are often an invisible obstacle: in cold garages in northern regions, ordinary Aerosol Cans fail to spray; in hot transport compartments in southern areas, cans bulge or even leak. However, the tinplate Automotive Aerosol Can (tinplate automotive aerosol can) specially developed by SAILON, especially the custom tinplate Automotive Aerosol Can (custom tinplate automotive aerosol can), perfectly solves this pain point. According to the latest test data in 2026, it can stably withstand a wide temperature range of -20°C to 70°C. Whether it is used for packaging glass deicing agents in cold regions or storing anti-rust sprays in high-temperature environments, it can maintain reliable performance.

To be honest, the impact of temperature on Automotive Aerosol Can is far more direct than it seems. Low temperatures reduce the fluidity of the propellant inside the can, leading to poor spraying; high temperatures increase internal pressure, testing the sealing performance and structural strength of the can. We conducted a set of targeted tests in early 2026: placing the high-pressure resistant tinplate Automotive Aerosol Can (high-pressure resistant tinplate automotive aerosol can) in a -20°C cold storage for 48 hours, and it could spray evenly with a press without preheating after being taken out; when simulating summer transport exposure in a 70°C constant temperature box, the can showed no deformation or leakage, and the internal pressure remained stable within the safety threshold of 12 bar (this is the anti-deformation pressure standard we customized for automotive cans). Behind this, in addition to the thermal stability of tinplate itself, it is also inseparable from the unique inner coating design of food-grade coating tinplate Automotive Aerosol Can (food-grade coating tinplate automotive aerosol can) — using a composite coating of epoxy and modified polyamide imides, which can not only resist oxidation caused by temperature alternations but also isolate the reaction between the contents and the can body.
The following is a comparison of core performance between SAILON tinplate Automotive Aerosol Can and ordinary automotive aerosol cans in 2026, with data from the latest batch of tests:
| Performance Dimension | Ordinary Automotive Aerosol Can | SAILON Tinplate Automotive Aerosol Can |
|---|---|---|
| Temperature Resistance Range | -10°C~50°C | -20°C~70°C (2026 Test Data) |
| Can Body Material | Regular Thin Iron Sheet | Custom 0.20mm Tinplate (Can Body), 0.32mm Tinplate (Can Top/Bottom) |
| Inner Coating Type | Basic Epoxy Resin | Food-grade Epoxy & Modified Polyamide Imides Composite Coating |
| Anti-Deformation Pressure | 8-10 bar | 12 bar (Complies with Automotive Can Safety Standards) |
| Printing Process | Single or Two-Color | CMYK Printed Tinplate Automotive Aerosol Can (4-Color CMYK Printing, Custom Patterns Supported) |
| Size Specifications | 3-4 Fixed Types | Diameter: 45mm-70mm, Length: 58mm-240mm (Customizable) |
| High-Low Temperature Cycle Test (50 times) | 30% Leakage/Deformation | Zero Failure, 100% Sealing Retention (2026 Data) |
You may wonder, since it is a custom tinplate Automotive Aerosol Can, how flexible is the customization? In fact, we considered the production needs of different customers during the design — whether it is a special-shaped can that needs to match a specific spray capacity, or a CMYK printed tinplate Automotive Aerosol Can that requires brand-specific colors, batch customization can be achieved through 7 professional production lines. After optimizing the production process in 2026, the MOQ (Minimum Order Quantity) for regular specifications can be controlled at 50,000 pieces, and the delivery cycle is stably 12-15 days, which should be practical for customers who need quick restocking. Moreover, all products have passed ISO certification, and each batch will be sampled for burst pressure testing to ensure the performance of high-pressure resistant tinplate Automotive Aerosol Can meets standards — after all, stability and compliance are what customers care about most.
Frequently Asked Questions
Q1: Will the customization cycle of custom tinplate Automotive Aerosol Can be very long? No. We adjusted the production scheduling system in 2026. For customized cans with regular sizes + CMYK printing, the cycle from confirming the design draft to production completion is only 12-15 days; if it is a special-shaped can, the cycle will be slightly longer due to the need to adjust the mold, but it will also be controlled within 30 days, which is about 10% faster than the industry average.
Q2: Is the coating of food-grade coating tinplate Automotive Aerosol Can safe? What automotive products is it suitable for? Absolutely safe. Our inner coating fully complies with food-grade standards, which can not only isolate the reaction between the can body and the contents but also withstand solvent-based components commonly used in automotive maintenance (such as alcohol and ketones in anti-rust agents and cleaning agents). Currently, customers have used it to hold automotive glass deicing agents, chassis anti-rust sprays, tire care fluids, etc., with good feedback.
Q3: When purchasing tinplate Automotive Aerosol Can in bulk, can samples be provided for testing? Of course. We support providing 3-5 free samples, with a sample production cycle of 3-7 days. Customers can first test the temperature resistance, sealing performance, and spray adaptability, and place bulk orders only after confirming that they meet the requirements — this is also a new service we added in 2026, aiming to help customers reduce trial and error costs.
From the cold northeast that needs low-temperature resistance to the hot and humid south China, SAILON's tinplate Automotive Aerosol Can adapts to the usage scenarios in different regions with its temperature resistance of -20°C to 70°C. Whether it is the brand display needs of CMYK printed tinplate Automotive Aerosol Can or the safety requirements of high-pressure resistant tinplate Automotive Aerosol Can, this customized Tinplate Aerosol Can can meet them — after all, for customers, a Automotive Aerosol Can that is "safe to use and flexible to customize" is really a good product that can improve production efficiency.
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