An example tin offers a practical, hands-on way to explore basic material properties and simple assembly techniques. These compact containers are often repurposed for storage, organization, and lightweight protection in both home and workshop settings.
Engineers, crafters, and educators use example tin as a low-cost platform for rapid prototyping and small-scale testing under controlled conditions.
| Specification | Value | Unit | Notes |
|---|---|---|---|
| Internal Capacity | 500 | mL | Measured by water fill to the shoulder |
| Material | Steel | - | Electrolytic-grade with polymer lining |
| Wall Thickness | 0.3 | mm | Measured at mid-body with ultrasonic gauge |
| Sealing Performance | Pressure | kPa | 5 kPa differential before visible leak |
| Stacking Load | 20 | kgSafe vertical load per unit in standard rack |
Material Composition and Construction
The body of the example tin is formed from a single steel sheet with a baked polymer coating that resists minor abrasion. A continuous gasket seated in the lid groove helps maintain a reliable barrier against dust and moderate liquid ingress.
Folded seams along the edges are clinched from the inside to prevent sharp exposure, and a light rim bevel reduces handling stress during repeated opening and closing cycles.
Industrial Applications and Use Cases
Factories and workshops rely on example tin to organize fasteners, gaskets, and small tooling components close to the point of use. Clear labeling on the lid allows quick visual identification without opening each container.
Logistics teams stack these containers on pallets and within standard crates, leveraging the robust walls and reinforced corners to survive repeated forklift transport and short drops onto concrete floors.
Testing Methods and Performance Criteria
Quality teams subject the example tin to a sequence of standardized checks, including dimensional verification, leak testing under controlled overpressure, and cyclic vibration to simulate road transport.
Results are recorded against acceptance limits for wall thickness, seam integrity, and lid fit, ensuring that each lot meets the defined performance envelope before release to customers.
Environmental and Handling Considerations
Steel construction makes the example tin highly recyclable at end of life, and the polymer lining can be selected to minimize off-gassing in sensitive environments.
Operators follow simple handling guidelines such as lifting by the base, avoiding side impacts, and storing units away from strong acids or alkalis that could degrade coatings and seals.
Practical Recommendations and Best Practices
- Inspect seals and seams before each critical shipment to catch early signs of wear.
- Use standardized labels on the lid to maintain readability through container stacking.
- Limit exposure to strong acids or alkalis to preserve the protective polymer coating.
- Follow the 20 kg stacking limit to avoid deformation of the side walls and lid.
- Schedule periodic gauge checks on wall thickness to track long-term thinning.
FAQ
Reader questions
What industries commonly use an example tin in their operations?
Manufacturing, electronics assembly, automotive repair, and packaging operations rely on example tin to organize components and protect sensitive parts during transport and storage.
How does wall thickness influence the durability of an example tin?
A thicker wall adds resistance to denting and stacking damage, but may increase weight and material cost, so the 0.3 mm specification balances durability with handling efficiency.
What should I verify before stacking multiple example tins on a pallet?
Check that the lid is fully seated, confirm that the stacking load rating of 20 kg is not exceeded, and ensure the base is clean and level to prevent uneven stress on the seams.
Can the polymer lining in an example tin affect the contents chemically?
The selected polymer is formulated for low extractables, making it suitable for most dry goods and non-aggressive fluids, but aggressive solvents should be confirmed against the liner compatibility chart.