Tin o1pch buy in pigs, rod

Name	gost	Stamp	Price, rub per kg	Chemical composition	Property
Tin O1hr	860-75	O1hr	request	Sn, NOT LESS THAN 99.915 % IMPURITIES: ARSENIC up to 0.01% IRON up to 0.009% COPPER up to 0.01% LEAD up to 0.025% BISMUTH up to 0.01% QUINQUINE up to 0.015% SULFUR up to 0.007% ZINC up to 0.002% ALUMINIUM up to 0.002%	Sn 860-75, O1pch brand. Sn is produced in the form of bars, rods, and anodes. Each bar is marked with the manufacturer's trademark, melting number, and brand. Each batch of rods must be marked on its packaging. Sn 860-75, grade O1pch, is used in the production of tin cans, non-ferrous metal alloys, solders, and chemical reagents.
Sn GOST 860-75 O1	GOST 860-75	O1	request	Sn, AT LEAST 99,900 % IMPURITIES: ARSENIC up to 0.01 % iron up to 0.009% copper up to 0.01 % lead up to 0.04 % BISMUTH up to 0.015% ANTIMONY up to 0.015% sulfur up to 0.008% ZINC up to 0.002% ALUMINUM up to 0.002%	Sn GOST 860-75, grade O1. Each batch of rods must be marked on its packaging. is used: for coating metals, including tinning white tin; for making foils, parts for measuring instruments, heat exchangers, art products, etc. It is also used as a component of alloys with copper, copper and zinc, antimony, lead, zirconium, titanium, niobium, and other metals. Sn 860-75, O1 is used in the production of babbits, alloys, solders, tin powder, various types of products, foil, and the tinning of various parts.
Sn GOST 860-75 O2	GOST 860-75	O2	request	Sn, AT LEAST 99,565 % IMPURITIES: ARSENIC up to 0.015% iron up to 0.02 % copper up to 0.03 % lead up to 0.25 % BISMUTH up to 0.05 % ANTIMONY up to 0.05 % sulfur up to 0.016% ZINC up to 0.002% ALUMINUM up to 0.002%	Sn 860-75, O2. Each batch of rods must be marked on its packaging. 860-75, O2 is used in the production of babbits, alloys, solders, tin powder, various types of products, foils, and the tinning of various parts.

Tin rod O1 pch, in a bar of rspk Buy O1 pch tin in rods or ingots

Tin O2: Properties, Applications, and Features of Bars and Rod

Sn is a metal with a distinctive silvery-white hue that is widely used in various industries and manufacturing processes. Let's take a closer look at the properties of Sn, its quality standards according to GOST, and the various applications of this metal.

Pure Sn has low mechanical strength, so it is rarely used. However, it easily forms alloys with many metals. Tin-containing alloys have excellent antifriction properties. Sn is used for the production of solders, babbits, and other alloys, and it is also used in the production of white tin, float glass, and semiconductor technology, among other applications. Substitutes include aluminum, glass, paper, plastic, or steel that does not contain Sn. These substitutes are used in cans and containers.

Tin in Bars: Features and Benefits

Sn is extracted and supplied in various forms. Ingots are solid blocks of metal obtained by casting in special molds. They have several advantages, including:

Storage and transportation convenience: their compact shape makes them easy to store and move in production or warehouses.
Easy recycling: easily melted and further processed to obtain the desired shapes and products.
Standard Sizes: Available in standard sizes, making it easier to calculate and interact with suppliers and manufacturers.

Tin in the form of rods: applications

Sn can also be presented in the form of rods. Tin rods have a narrower and longer form factor, which makes them convenient for certain purposes. Here are some areas where tin rods are used:

Soldering: Due to its low melting point, Sn is widely used in soldering electronic components and wires.
Battery Production: Due to the chemical properties of Sn, it is used in the production of lead-tin batteries.
Medical Industry: Used in the production of certain medical devices and materials, such as alloyed metals.

Industrial applications of Sn: (tin bar)

in electronic solders (46%);
in the chemical industry (19%);
in white tin (tin-plated iron) for making food containers (canned food) (12%);
in the production of lead-acid batteries (10%);
Sn is widely used in bronze alloys (5%) as the main alloying component.

Tin rods can be used in various fields, including:

production of solders and alloys;
manufacturing of parts for electronics and electrical engineering;
creating decorative elements and art products;
manufacture of tableware and other household items;
chemical industry.

Buy Tin Bar O1 pch according to GOST: standards and quality

In the Russian Federation, the quality of Sn is regulated by GOST standards. GOST 860-75 "Sn" establishes requirements for the chemical composition and physical properties of Sn. This is important for ensuring the quality of products and protecting consumer interests.

In conclusion, Sn is an important material that has found applications in various fields.

Its ease of use, chemical and physical properties make it indispensable in manufacturing and industry. The quality standards set by GOST ensure the reliability and safety of product use.

According to the US Geological Survey (USGS) for 2024, the global Sn reserves are 4.3 million tons. Leaders: China 1.1; Burma 0.7; USA 0.62; RF 0.46.

Global resources, primarily in West Africa, Southeast Asia, Australia, Bolivia, Brazil, Indonesia, and Russia, are vast and, if developed, could support the current annual production rates in the future.

According to the International Tin Association, the global Sn resources amount to 16.9 million tons.

The annual global Sn production from the subsoil is 300-400 thousand tons, including:

China — 68;
Myanmar — 54;
Indonesia — 52;
Peru — 34;
Congo (Kinshasa) — 17;
Bolivia — 18;
Brazil — 18.

In recent years, Yunnan Tin Company has been the leader, the world's largest producer of refined Sn, accounting for 20% of global production.