Testing fo the seal, first the sealing tesing
Tensile strength testing:
All the steel seals or buckles are tested in a 2000 kg meter testing device
for its maximum tesile strength and break force testing
Testing a steel strapping seal, especially one that is 32 mm in size, involves several steps to ensure its quality, durability, and performance. Below is a general guide for testing such a machine:
Check for Defects: Inspect the seal for any visible defects such as cracks, deformities, or irregularities in the material.
Dimensions: Verify that the seal meets the specified dimensions (32 mm in this case) using calipers or a measuring tape.
Surface Finish: Ensure the surface is smooth and free from burrs or sharp edges.
Purpose: To determine the maximum load the seal can withstand before breaking.
Method: Use a tensile testing machine to apply force to the seal until it fails. Compare the results with the required specifications.
Expected Outcome: The seal should withstand the specified tensile strength without breaking or deforming.
Purpose: To evaluate the seal's ability to resist forces that could cause it to slide or shift.
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If you have a machine which can produce as fast as 90 pieces/minute for your production, that means you can produce about 40,000 to 50,000 pieces in one working day which is about 148 KG or 185 KG per day( if the size is 16x31x0.25mm galvanized steel) and if you can sell the products at a price of 0.005 USD/piece in your local market as minimum pricing, you will get a 200-250 USD output and sale per day and will get 36,000--45,000 USD output and sale in 6 months, and you will get the machine investment funds back after six months' production and sales if you have a 15% minimum profit out of production and sales at your local market ( but of course depending on sale's ability) on the condition that you get galvanized steel coil at a price of less than -1000- USD/ton.
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