What is the difference between copper C1100 and copper C1020?

The American Standard C11000 is copper (pure copper). Heat treatment specification: hot processing temperature 900 1050; Annealing temperature 500 700 ; Reheating of cold work hardened copper Reheat processing temperature of cold work hardened copper Annealing temperature Cold work hard Crystallization start temperature 200 300

Copper Properties:Copper is a relatively pure copper, which can be approximated as pure copper, with good conductivity and plasticity, but poor strength and hardness. Copper has excellent thermal conductivity, ductility and corrosion resistance.

The trace impurities in copper have a serious impact on the electrical and thermal conductivity of copper. Among them, titanium, phosphorus, iron, silicon, etc. significantly reduce the conductivity, while cadmium and zinc have little effect. The solid solubility of sulfur, selenium, tellurium, etc. in copper is very small, and brittle compounds can be formed with copper, which has little effect on electrical conductivity, but can reduce the processing plasticity.

C11000 copper alloy.

Category: Pure copper.

Grade C11000

Chemical composition (%)

Copper: Sum of other impurities

Uses: Electrically conductive.

The same material T2 is the brand of China, C1100 is Japan, and C11000 is the United States.

T2 copper plate is a pure copper rolled plate of domestic grade T2, and the copper content of the corresponding American grade C11000 and Japanese grade copper rod is extremely high, and the total content of impurities is not greater than.

Copper has a purple-red appearance, high electrical and thermal conductivity, good corrosion resistance and easy processing. Therefore, according to different uses, it is mostly processed into plates, strips, foils, pipes, bars, wires, wire rods, heterosexual copper and copper castings. T2 copper plate belongs to copper plate.

Copper plate is divided into hot-rolled plate and cold-rolled plate, the thickness of hot-rolled plate is generally 425mm, the thickness of cold-rolled plate is between, the width is 2500mm, and the length can reach 6000mm. The thickness of the copper plate can reach 50mm.

Uses of copper: Copper has excellent electrical conductivity, good corrosion resistance and processability, and can be fusion welded and brazed. T1 and T2 copper are mainly used as electrically conductive, thermally conductive and corrosion-resistant components, such as wires, cables, conductive screws, shells and various conduits.

T3 copper is mainly used as a structural material, such as making electrical switches, gaskets, rivets, nozzles and various conduits; It is also commonly used in some less important conductive elements.

The advantages of copper plate produced and operated by our factory: high purity, fine structure, and very low oxygen content. No porosity, loose, excellent conductivity, high surface accuracy of the mold electro-etched, after heat treatment process, the electrode is non-directional, suitable for fine beating, fine beating, with good thermoelectric conductability, processability, ductility, corrosion resistance and weather resistance.

It has good electrical conductivity, thermal conductivity, corrosion resistance and processing performance, can be welded and brazed, the products sell well all over the country, warmly welcome new and old customers to call us for consultation!

These are the grades of various countries of copper, T2 is the brand of China, C1100 is from Japan, and C11000 is from the United States. It's all copper.

C1100 is pure copper. Pure copper has good electrical and thermal conductivity, corrosion resistance and processability, and can be welded and brazed. Because its source or contains less electrical conductivity and thermal conductivity impurities, and the trace amount of oxygen has little effect on its electrical conductivity, thermal conductivity and processing properties, but it is easy to make it "hydrogen disease" phenomenon, so pure copper should not be processed (annealing, welding, etc.) in a high temperature (370) reducing atmosphere.

C1100 is pure copper. Pure copper has good electrical and thermal conductivity, corrosion resistance and processability, and can be welded and brazed. Because it contains less impurities that reduce electrical conductivity and thermal conductivity, and the trace amount of oxygen has little impact on its electrical conductivity, thermal conductivity and processing properties, but it is easy to cause the phenomenon of "hydrogen disease", so pure copper should not be processed (annealing, welding, etc.) in a high temperature (370) reducing atmosphere and used in hail mountains.

C11000 is the American standard pure copper (copper), corresponding to the national standard T2 copper. Cu+AG content

Pure copper has a purplish-red appearance and is commonly known as "red copper", "red copper" or "red copper". Pure copper has very good electrical conductivity, ranking second among all metals, second only to silver, so it is very widely used in the lifting and grinding industry. T2 is a typical grade of pure copper, usually referring to copper, and T2 unless otherwise specified.

National standards. > Ingredient specification (%)

Performance characteristics: Excellent electrical and thermal conductivity, ductility, deep drawing performance, corrosion resistance and atmospheric corrosive leakage, can be welded and brazed.

A trace amount of oxygen is easy to cause "hydrogen embrittlement dissipation", which is not suitable for processing and use in a high temperature (such as 370) reducing atmosphere.

Applications. C11000 has the advantages of pure copper and heat conductivity, and has a wide range of uses, such as wires and cables, sealing gaskets, hardware appliances, mold electrodes, etc.

Hello, I'm glad to answer for you, C1200W is a kind of oxygen-free copper, which belongs to one of the electrolytic coppers, and its copper content is above, which is a high-purity oxygen-free copper. C1200W is widely used in electronics, group carrying electrical and communication fields due to its high thermal conductivity, high electrical conductivity, good plasticity and weldability. At the same time, it also has good corrosion resistance and oxidation resistance, and is also used in chemical, aviation, aerospace and other fields.

Summary. Pro, T2, C1100, C11000 are all the same material They have the same composition.

What does copper (pure copper) mean.

Pro, T2, C1100, C11000 are all the same material They have the same composition.

C11000 got its name from the fact that its color is purplish-red. Various properties are seen in copper. Copper is industrial pure copper, its melting point is 1083, no allotrope transition, and the relative density is five times that of magnesium.

It is about 15% heavier than regular steel. It has a rose red color, and the surface is purple after forming an oxide film, so it is generally called copper. It is copper that contains some oxygen, so it is also called oxygenated copper.

C11000 has good electrical, thermal, corrosion and processing properties and can be welded and brazed. It contains less impurities that reduce electrical conductivity and thermal conductivity, and a trace amount of oxygen has little effect on the properties of electrical conductivity, thermal conductivity and processing, but it is easy to cause "hydrogen disease", and it is not suitable for processing (annealing, welding, etc.) in a high temperature (370) reducing atmosphere.

What is the difference between copper C1100R-EH and C1100R-H?

Hello dear, the difference between copper C1100R-EH and C1100R-H is that their heat treatment methods are different. C1100R-EH represents copper after electrolytic and electrothermal annealing, which has high ductility and toughness, and is suitable for processes that require stamping or deep drawing. It has better mechanical properties and is commonly used in the manufacture of thin sheet products such as copper foil and strip.

C1100R-H means that the copper after cold work hardening treatment is better than C1100R-EH in terms of processing performance and mechanical properties. Because of the cold working, the crystal grinding boundary and dislocation of C1100R-H increase, and some fine deformation structures are formed, which makes it better corrosion resistance, and is often used in the manufacture of wires, pipes, terminals and other products.