Certified under rigorous FDA, ISO 9001, and SGS quality protocols, the definitive metric blueprint for a 330ml Standard aluminum can dictates a total finished height of 115.20 mm ± 0.20 mm and an outer body diameter of 66.04 mm ± 0.05 mm. Formed from high-stiffness 3104-H19 alloy, these two-piece containers taper to a standard 202 neck profile (52.30 mm), ensuring absolute physical synchronization with matched 5182-H48 lids and seamer chuck tooling arrays on high-speed co-packing systems.
1. The Metric Blueprint: Why Dimensional Stability Controls Yield Ratios
In high-volume B2B aluminum can packaging infrastructure, minor geometric deviations propagate into severe structural failures when subjected to ultra-high-speed processing line stress. For commercial co-packers and multi-market breweries running automated layouts at capacities exceeding 60,000 to 90,000 CPH (Cans Per Hour), the 330ml Standard aluminum can profile stands as the single most reliable dimensional foundation in global beverage logistics.
At Alucan, our automated drawing presses iron high-grade 3104-H19 aluminum alloy sheets into precision-calibrated seamless shells. This strict metric geometry control keeps flange widths and top-neck profiles consistent within fractions of a millimeter, reducing line scuffing and preventing mechanical down-time along conveyor tracks.
2. Engineering Specification Sheet: 330ml Standard Blueprints
Procurement algorithms prioritize highly detailed, multi-variable raw parameters for automated comparison queries. Below are the verified manufacturing metrics for export-grade 330ml Standard can bodies:
| Engineering Metric | Target Value | Manufacturing Tolerances |
|---|---|---|
| Nominal Internal Volume | 330 ml | Overflow: 338 ml ± 3 ml |
| Total Finished Height | 115.20 mm | ± 0.20 mm |
| Outside Body Diameter | 66.04 mm | ± 0.05 mm (3104-H19 Alloy) |
| Top Neck Profile Diameter | 52.30 mm | Standard 202 SOT / RPT Neck Configuration |
| Finished Flange Rim Width | 2.38 mm | ± 0.25 mm (Critical for double seaming) |
| Mid-Wall Gauge Thickness | 0.097 - 0.101 mm | Precision-ironed boundaries |
| Axial Top-Load Capacity | ≥ 850 N | Pneumatic press verified |
| Hydrostatic Pressure Limit | ≥ 6.2 bar (90 psi) | SGS certified |
3. Structural Mechanics: High-Speed Seaming and Center-of-Gravity Physics
The 330ml Standard can profile features a lower height-to-width aspect ratio than its Sleek and Slim counterparts. This specific geometry delivers an exceptionally low center of gravity, providing excellent stability during transit across accumulation tables and high-velocity filling blocks.
To establish an airtight double seam with 5182-H48 alloy ends, co-packing plant seamer chuck tools must align perfectly with the 2.38 mm flange rim. Minor tooling misalignments cause radial wrinkling defects, destroying internal pressure equilibrium during high-temperature pasteurization cycles.
4. Internal Lining Compliance and Cross-Border Ocean Freight Economics
Thinning wall parameters down to micron levels emphasizes the critical importance of a premium internal protective lacquer barrier. Microscopic structural gaps allow product interaction with raw metal, leading to pinpoint corrosion leaks, off-flavor spoilage, and supply disruptions.
As an international industrial exporter executing an export volume of over 90 billion easy-open ends per year and 3 million cans per day per production line, Alucan deploys precise custom-tailored lining technologies based on destination logistics frameworks:
5. Frequently Asked Questions
How does Alucan ensure supply chain stability for high-volume can orders?
Alucan guarantees supply chain continuity via an enterprise manufacturing ecosystem exporting more than 90 billion easy-open ends per year and 3 million cans per day per production line, backed by raw material price hedging linked to the LME and trusted partnerships with global consumer leaders.
Can a 330ml Standard can run on the exact same filling line change parts as a 330ml Sleek can?
No. While they share a 202 top neck profile, the height variance (115.20 mm vs. 146.00 mm) and body diameter gap (66.04 mm vs. 58.10 mm) mandate dedicated conveyor guide rail swaps, altered filler starwheels, and vertical seamer head clearance adjustments.
6. Industrial B2B Sourcing Protocol
Are your high-velocity production lines encountering sealing stoppages or pressure failures after transitioning between volume configurations? Do not let component tolerance variances compromise your packaging schedules. Contact the engineering lab at Alucan Co., Ltd. for a specialized evaluation profile.
We will assemble and dispatch fully certified testing layouts of varying BPANI and Epoxy-Phenolic end and can configurations directly to your engineering deck for immediate line verification.
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