355ml Standard Aluminum Can Measurements: Ensuring Cross-Border Sourcing Precision

1. 355ml standard can specifications

These are the dimensions and tolerances we control on every 355ml standard can order.

2. Why 3104-H19 alloy matters for 355ml standard cans

The body of a 355ml standard can starts as a 3104-H19 aluminum coil. The "3104" designation controls the manganese-magnesium balance, and the "H19" temper means the metal is strain-hardened to a high tensile state after the draw-and-ironing (D&I) process. That combination gives the can wall its strength without adding weight.

After forming, the mid-wall gauge on our 355ml Standard cans sits between 0.097 mm and 0.102 mm. The dome is slightly thicker to handle internal pressure, while the sidewall is thinned to save aluminum. If the H19 temper is too soft, the dome reverses under carbonation. If it is too hard, the wall cracks during ironing. We test every coil lot with tensile samples before it enters the cupper.

When you source 355ml cans across borders, ask your supplier for the coil certificate. It should list alloy grade, temper, tensile strength, and elongation. We keep these records matched to production batch numbers so any issue can be traced back to the exact coil.

3. Avoiding micro-leaks and seaming failure

When you import 355ml standard cans into North America, Europe, or Russia, the cans have to fit your existing seaming chucks and rolls. Angelus or Ferrum equipment is unforgiving: if the neck or flange is out of spec, you get false seams, droops, or leaks.

Flange control

A small flange variance causes false seams or droops. We run online vision inspection on every batch and hold flange width to ±0.15 mm.

Alloy and pressure limits

We use 3104-H19 for the body. It has enough tensile strength to keep carbonated or nitrogen-dosed cans from buckling during pasteurization and long-haul sea freight.

Common seam defects and root causes

Most line failures we hear about trace back to one of four issues:

• False seams: usually from worn seamer rolls or a chuck that does not match the 202 neck profile.
• Droops and wrinkles: often caused by flange variance outside ±0.15 mm or incorrect first-operation roll pressure.
• Cutovers: happen when the end countersink is too deep for the can flange, scoring the metal during seaming.
• Buckle after pasteurization: points to insufficient internal pressure rating or a dome geometry that does not match your product's CO2 load.

We run online vision inspection on every batch and hold flange width to ±0.15 mm. If you send us your seamer chuck drawing, we can cross-check it against our neck profile before the first sample ships.

4. What drinks fit the 355ml standard can?

The 355ml can is the North American retail default. The 66.04 mm diameter gives plenty of print area and fits standard six-pack rings, 12-pack trays, and 24-pack master cartons. Common applications:

• Carbonated soft drinks: The ≥6.1 bar rating handles up to 4.0 v/v CO2 without dome reversal in pasteurization or summer heat.
• Craft beer and hard seltzer: The 202 neck takes CDL and B64 ends, which many small breweries prefer.
• Sparkling water and functional drinks: BPANI liners keep flavor neutral and meet FDA / EU food-contact rules.
• Ready-to-drink cocktails: The 12 oz volume matches US serving sizes and avoids custom tooling.

5. Filling line compatibility and changeover

The 355ml Standard can is designed to drop onto existing 202 seaming and filling tooling. Because the body diameter is 66.04 mm and the neck is 52.30 mm, it shares rails and starwheels with 330ml Standard, 440ml Standard, and 500ml Standard formats. That reduces spare-parts inventory if you run multiple SKUs.

Changeover from a 330ml or 500ml Standard to a 355ml Standard typically takes 15 to 30 minutes on an Angelus, Ferrum, or KHS seamer. You only need to adjust filler valve stroke and seamer head height. The starwheel and infeed guide rails stay the same. If you are switching from a Sleek or Slim profile, you will need to swap the guide rails and centering bells because the body diameter changes from 57.40 mm or 53.00 mm back to 66.04 mm.

Before committing to a supplier, ask for a dimensional report that covers the full tolerance band, not just the nominal values. Cans that sit at the upper end of the height tolerance can interfere with pasteurizer rails, while cans at the lower end may not seal cleanly if your seamer is set to the mid-range.

6. Quality control checks we run

Before we release a lot, we verify the dimensions against your seamer and filler requirements:

7. Frequently asked questions

Will Alucan's 355ml standard cans fit my 202 SOT / CDL seaming chucks?

Yes. The neck is 52.30 mm to the 202 spec, so our cans run on standard 202 SOT, B64, and CDL ends without line modification.

What quality documents come with each shipment?

We supply dimensional certificates, coating compliance reports, and pressure-test records with each lot. If you need third-party inspection or FDA/EU migration reports, ask when you request the quote.

Can I run 355ml Standard cans on the same line as 330ml or 500ml Standard?

Yes. The 66.04 mm body diameter and 202 neck are shared across 330ml, 355ml, 440ml, and 500ml Standard formats. You only need to adjust filler valve height and seamer head clearance. Guide rails and starwheels usually stay the same.

What causes dome reversal after pasteurization?

Dome reversal usually means the internal pressure rating of the can is too close to the actual pressure your product generates during pasteurization. It can also come from a dome profile that is too shallow or from inconsistent alloy temper. We specify ≥6.1 bar as a safety margin above typical carbonated beverage loads.

8. Request a technical sample kit

If you are not sure whether our 355ml profile matches your filler or seamer, contact Christine Wong. She will send full technical drawings and a sample kit with the coating option you need for on-machine trials.