Are you interested in calculating the weight of tin rounds and bars? Supplier Evek GmbH offers to buy tin (GOST 860-75) at an affordable price in a wide range. We provide product delivery anywhere in the continent. The price is optimal.

Range

The current GOST 860-75 provides for the production of tin semi-finished products in the following assortment:

• Round rod with diameter of 8...15 mm;
• Tin rods of pyramidal section;
• Tin bars (cast tin).

The length of each tin rod should be within the range of 400 ± 20 mm. Supplied in bundles of 10...15 kg weight. It is possible to change the length of the rod, as well as to pack it in any kind of packaging, upon the customer's request. Anode rods, GOST 860-75 have rectangular cross-section 10h70, 5h70, 20h40, 30h55 in length to 2 meters, 10h100 in length to 1 meter, 10h200 in length to 1 meter.
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Weight of round bars

The volume can be determined by the known relationship: V = 3,^14r2 h, where r is the radius of the wire, and h is the length of the tin circle section. The mass will be determined by the following formula:

M = Vρ, where ρ is the density of tin.

For the most commonly used grades of tin, the density values correspond to the following data:

• For tin of high chemical purity - 7290 ^kg/m3;
• For basic tin solders - 8850 ^kg/m3;
• For other tin grades - 7300 ^kg/m3.

Supplier Evek GmbH offers to buy tin (GOST 860-75) at an affordable price in a wide range. We provide delivery of products anywhere in the continent. Price is optimal.

Weight of non-circular tin rods

The cross-sectional area of the pyramid is found according to the dependence

F - (a + b) h/2, where, a - length of the longer side of the pyramid, b - length of the shorter side of the pyramid, h - height of rods in the cross section.

According to Gosstandart, the cross-section of tin ingots in the plan is:

• a = 75 mm;
• b = 55 mm;
• h = 35 mm;
• The length of the ingot l = 295±5 mm.

According to the specified data, taking into account the known density of tin ρ = 7300 ^kg/m3, it is possible to establish the mass of one rod or ingot. The formulas V = Fl; M = Vρ are used. The mass of tin anodes can be calculated similarly.

Buy. Supplier, price.

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