Steel Aerosol Cans Manufacturer
Steel Aerosol Can
Shining Packaging, a leading Chinese manufacturer of three-piece steel aerosol cans, delivers innovative, high-quality packaging solutions tailored to your brand’s needs. Specializing in Necked-In (NI) and Straight-Sided (SS) designs, we utilize cutting-edge lithographic printing technology to create vibrant, shelf-ready designs that enhance your brand’s visibility. Our aerosol cans are certified to ISO and DOT standards, ensuring exceptional quality, reliability, and performance for a wide range of products.
Custom Steel Aerosol Can
Capacity
140–790 ml
Printing
4-colours (CMYK)
Diameter
45 – 70 mm
Internal Lacquer
Coated / Uncoated
Pressure
1.3mpa / 1.5mpa
High Pressure
1.5mpa / 1.7mpa
MOQ
20,000 PCS
Constructed from three tinplate components (cone, can body, and dome) welded together, our steel aerosol cans, also known as aerosol tin cans, are produced through cutting, rolling, welding, lacquering, and flanging. Available in straight-sided or necked-in designs based on shoulder style.
aerosol tin can Shapes
Our three-piece tinplate aerosol cans are available in Necked-In (NI) and Straight-Sided (SS) configurations. Whether you prefer the timeless elegance of Straight-Sided cans or the sleek, modern aesthetic of Necked-In cans, Shining Packaging offers customized solutions to align perfectly with your brand identity.
Necked-In (NI) Cans
Featuring tapered tops and bottoms, these cans provide a contemporary profile. Available diameters: 45 mm, 52 mm, 57 mm, 60 mm, 65 mm, 70 mm.
Straight-Sided (SS) Cans
With uniform diameter from top to bottom, these cans offer a classic, enduring look. Available diameters: 60 mm, 65 mm.
Steel Aerosol Can Sizes
Our aerosol cans are available in a wide range of sizes, from 112 (45 mm) to 214 (70 mm) in diameter, offering versatile packaging solutions for various applications. This variety, combined with multiple pressure specifications, provides unmatched flexibility to meet your volume needs, formulations, and commercial requirements.
⌀45mm (112) / Necked-in
Height:85-180mm
⌀52mm (202) / Necked-in
Height:73-240mm
⌀57mm (205) / Necked-in
Height:100-240mm
⌀60mm (206) / Straight-wall
Height:100-240mm
⌀60mm (206) / Necked-in
Height:100-240mm
⌀65mm (211) / Necked-in
Height:98-300mm
⌀65mm (211) / Straight-wall
Height:98-240mm
⌀70mm (214) / Necked-in
Height:100-253mm
How is an aerosol tin can Made?
| Volume (oz) | Volume (ml) | Can Size (US) | Can Size (mm) | Shape |
|---|---|---|---|---|
| 4.7 | 140 | 112 x 312 | 45 x 96 | NI |
| 5.9 | 175 | 112 x 410 | 45 x 118 | NI |
| 7.1 | 210 | 112 x 508 | 45 x 140 | NI |
| 9.1 | 270 | 112 x700 | 45 x 178 | NI |
| 4.9 | 145 | 202 x 214 | 52 x 73 | NI |
| 6.1 | 179 | 202 x 306 | 52 x 86 | NI |
| 6.7 | 198 | 202 x 314 | 52 x 99 | NI |
| 7.6 | 225 | 202 x 406 | 52 x 110 | NI |
| 9.8 | 290 | 202 x 509 | 52 x 140 | NI |
| 10.4 | 309 | 202 x 514 | 52 x 149 | NI |
| 11.3 | 334 | 202 x 605 | 52 x 161 | NI |
| 12.4 | 367 | 202 x 700 | 52 x 178 | NI |
| 13.0 | 384 | 202 x 708 | 52 x 191 | NI |
| 16.4 | 485 | 202 x 903 | 52 x 234 | NI |
| 11.4 | 290 | 205 x 410 | 57 x 118 | NI |
| 13.5 | 396 | 205 x 604 | 57 x 159 | NI |
| 13.8 | 405 | 205 x 607 | 57 x 164 | NI |
| 15.5 | 458 | 205 x 704 | 57 x 185 | NI |
| Volume (oz) | Volume (ml) | Can Size (US) | Can Size (mm) | Shape |
|---|---|---|---|---|
| 16.3 | 482 | 205 x 710 | 57 x 194 | NI |
| 17.5 | 517 | 205 x 802 | 57 x 206 | NI |
| 17.7 | 525 | 205 x 804 | 57 x 209 | NI |
| 19.4 | 575 | 205 x 900 | 57 x 229 | NI |
| 11.0 | 325 | 211 x 315 | 65 x 100 | NI |
| 13.5 | 399 | 211 x 413 | 65 x 122 | NI |
| 17.6 | 520 | 211 x 604 | 65 x 158 | NI |
| 19.0 | 562 | 211 x 612 | 65 x 172 | NI |
| 22.0 | 651 | 211 x 713 | 65 x 198 | NI |
| 23.4 | 685 | 211 x 804 | 65 x 209 | NI |
| 26.8 | 789 | 211 x 908 | 65 x 241 | NI |
| 25.5 | 754 | 214 x 714 | 70 x 200 | NI |
| 26.7 | 789 | 214 x 804 | 70 x 209 | NI |
| 13.9 | 411 | 211 x 413 | 65 x 122 | SS |
| 17.6 | 532 | 211 x 604 | 65 x 158 | SS |
| 22.0 | 668 | 211 x 713 | 65 x 198 | SS |
| 26.7 | 790 | 211 x 908 | 65 x 241 | SS |
Key Features
Detail of Steel Aerosol Cans
—01
Printing Options
Our aerosol tin cans undergo a sophisticated printing process, featuring a clear varnish, white base coat, and vibrant CMYK four-color offset printing to ensure striking visuals and lasting durability.
- Clear varnish
- CMYK printing
- White base coat
—02
Interior Coating
Available in coated and uncoated variants, our steel aerosol cans cater to diverse product requirements. The coated option includes a protective inner lining, ideal for products sensitive to metal contact or requiring enhanced protection. Uncoated cans are suitable for non-acidic or dry products, offering versatility and reliable performance.
- Coated variants
- Uncoated variants
—03
Cones and Domes
Customize your steel aerosol cans with our range of cones and domes, designed for a secure and stylish finish. Available in various colors, coatings, and heights, these components combine functionality with a professional aesthetic tailored to your product’s needs.
- Color options
- coating options
- Height options
—04
Actuator, Valve, and Overcap
Our cans are paired with tailored accessories for liquids, foams, powders, or creams, ensuring optimal performance for your product.
Steel Aerosol Can Cases
Steel Aerosol Can Manufacturer
Shining Packaging leverages advanced manufacturing technology to produce premium aerosol tin cans. Our state-of-the-art equipment includes Swiss Soudronic welding machines (320 cans/min), German Lanico sealing machines with titanium molds (350 cans/min), and Italian Bonfiglioli & Basco leak testers (350 cans/min, 18-micron accuracy). Our comprehensive production process encompasses cutting, lacquering, drying, slitting, rolling, welding, side seam lacquering/drying, flanging, seaming, beading, and air testing.
Steel Aerosol Can Industries
Steel aerosol cans offer unmatched strength, durability, and high-pressure tolerance. Their dent- and impact-resistant construction makes them ideal for demanding environments, such as industrial, automotive, and workshop settings. Perfect for flammable or corrosive formulations requiring robust containment, they are well-suited for larger volumes and products demanding maximum internal pressure or ruggedness.
Home Care
Steel aerosol cans excel in housing aggressive home care formulations, such as solvent-based products or high-pressure propellants (e.g., insecticides). Their robust construction withstands garage storage conditions and accidental drops. The material’s resilience prevents corrosion from chlorine-based disinfectants or alcohol concentrates, while valve systems ensure effective delivery of viscous solutions. The can body provides reliable containment for volatile compounds requiring hazard warnings.
- >Aerosol cleaning<
- Aerosol spray for dogs
- Aerosol insecticide
- Alcohol aerosol spray
- Aerosol air freshener
- Peppermint aerosol spray
- Aerosol disinfectant spray
- Aerosol spray for keyboards
Auto Care
Steel aerosol cans are ideal for automotive applications, offering pressure resilience for flammable paints and solvents. They prevent leaks during high-temperature storage in workshops and provide structural strength to withstand impacts during transport of heavy products like bedliners. Specialized internal lacquers resist corrosion from brake cleaners or acidic wheel treatments, while nozzles ensure consistent delivery of high-viscosity materials like undercoatings under extreme conditions.
- Car paint aerosol cans
- Spray on bedliner aerosol can
- Clear coat aerosol spray
- Aerosol spray paint for wood
- Aerosol wax spray
- Aerosol paint colours
- Glass frosting aerosol spray paint
- Lubricant aerosol
- Silicone aerosol spray
Industrial Chemicals
- Water based aerosol spray paint
- Aerosol glue spray
- Aerosol fire extinguisher
- co2 aerosol can
- Polyurethane aerosol spray
- Aerosol propellants
- Aerosol smoke can
- Aerosol disinfectant spray
- Aerosol texture spray
- Aerosol adhesive spray
Technology and Professional
- Liquid nitrogen aerosol cans
- Aerosol spray for smoke detector testing
- Cfc aerosol cans
- Compressed air aerosol cans
- Aerosol refrigerant
Why shining Packaing?
Steel Aerosol Can Supplier
Our steel aerosol cans are certified to ISO9001 and U.S. DOT standards. Our proprietary Triple Test Quality Standard ensures rigorous product testing, boosting manufacturing efficiency, enhancing quality, and minimizing defects.
- Our Services
- Product projection mapping
- 3D renderings
- Printing design draft
- 3D printing
- UV digital printing
- Filling suggestions
- Our Quality Control
- Can height measurement
- Double Seam Testing
- Deformation and Burst Testing
- Rockwell Hardness Testing
- Digital Enamel Rating
- Water Leakage Test
Related Products
Have Questions?
Frequently Asked Question
What is a tinplate aerosol can?
A tinplate aerosol can is a single-use metal container made from tin-coated steel, designed to hold aerosol products like sprays or foams. These cans dispense contents under pressure via a valve system, making them ideal for industries such as cosmetics, pharmaceuticals, and household goods. With a maximum volume of 790 ml and a standard 25.4 mm mouth diameter, they ensure compatibility with standard aerosol valves.
How are tinplate aerosol cans categorized by shape?
Tinplate aerosol cans are classified into two shapes:
- Straight-Body Cans: Uniformly cylindrical with consistent diameter, offering a classic design.
- Necked-In Cans: Tapered at the top or bottom for ergonomic handling or aesthetic appeal, often used with specific valve systems or for branding purposes.
What are the pressure performance options for tinplate aerosol cans?
Tinplate aerosol cans are engineered for varying pressure levels:
- Standard Pressure Cans: Suitable for products with moderate internal pressure, such as personal care aerosols.
- High-Pressure Cans: Designed for industrial or specialized products requiring higher internal pressure. All cans undergo rigorous testing to ensure safety and reliability against deformation and bursting.
What materials are used to make tinplate aerosol cans?
Tinplate aerosol cans are crafted from tinplate, a thin steel sheet coated with a layer of tin to prevent corrosion. The steel provides structural strength, while internal and external coatings protect the can from the product inside and environmental factors. These coatings ensure the can remains durable, safe for the contents, and maintains a long shelf life.
What quality standards are applied to tinplate aerosol cans?
- Appearance Inspection: Conducted under natural or 40W lighting at a distance of 0.6 meters to check for surface defects.
- Contact Height Measurement: Measured using a contact height gauge to ensure dimensional accuracy.
- Coating Adhesion Test: Evaluates the durability of internal and external coatings to prevent corrosion.
- Hardness Test: Assesses the external coating’s resistance to wear.
- Air Tightness Test: Uses a water bath to detect leaks under pressure.
- Pressure Testing: Verifies the can’s ability to withstand deformation and bursting pressures. These tests collectively ensure the cans meet high standards for safety and performance.
How is the air tightness of tinplate aerosol cans tested?
Air tightness is tested using a water bath method, where the can is pressurized and submerged in water. Any bubbles indicate a leak, ensuring the can maintains its seal under the internal pressure of the aerosol product. This test is essential to prevent product loss or safety issues during storage, transportation, or use, and is conducted under controlled conditions for accuracy.
What do the numbers 112, 202, 205, and 211 represent in steel aerosol cans？
The numbers 112, 202, 205, and 211 are industry-standard series numbers for steel aerosol can diameters, based on inches (whole inches + sixteenths). They are converted to millimeters using 1 inch = 25.4 mm.
- 112: 1 + 12/16 = 1.75 inches ≈ 44.45 mm (often 45 mm).
- 202: 2 + 2/16 = 2.125 inches ≈ 53.98 mm (often 52–54 mm).
- 205: 2 + 5/16 = 2.3125 inches ≈ 58.74 mm (often 57–58 mm).
- 211: 2 + 11/16 = 2.6875 inches ≈ 68.26 mm (often 65–68 mm).
Calculation: Diameter (inches) = X + Y/16, where X is whole inches and Y is sixteenths. Then, millimeters = inches × 25.4. Exact values may vary slightly per standards (e.g., FEA or DOT).
