Zinc Ingot
Zinc and copper are used in making an alloy called brass. The high strength, pure and highly malleable zinc ingots are used in several industrial sectors from chemical, rubber, automobile, battery to furniture. Products are available in various grades: Pure : 99.99, 98.5 etc.... UNWROUGHT ZINC HSN: 7901
Zinc Ingots 99.99 Zinc ingots are suitable for a wide range of applications and are especially useful in corrosion resistance. Much of the volume produced is used for galvanizing. Zinc ingots can create an anti-corrosion process to protect steel products and can also be used to cast small parts.
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we are experience in doing electroplating equipment, coating equipment , and enviromental equipment.With strong technical force and capability of manufacturing ,installing and debugging first-class equipment,we have more than ten senior engineers and engineers in charge of overall design for various electroplating engineering,design for technical equipment and development of new products
We offer a wide plethora of bluish-white lustrous metal Zinc. It is brittle at ambient temperatures but is malleable at 100 to 150C. Being a good conductor of electricity it has a wide usage in numerous applications. We offer this high quality Zinc to our clients at very economical price. Properties Melting point : 419.5C Boiling point : 911C Resistivity : 5.96 micro ohm-cm at 20 C Standard state : solid at 298 K Color : bluish pale grey Classification : Metallic We are engaged in offering Special High Grade Ingots and Jumbos of about 1 M.
Zinc oxide and other metallurgical products.
Specification item value Place of Origin â?¦.. Brand Name Ayo Chem Model Number ZHALOO476ZZA Type Zinc Ingot Zn (Min) 90% Powder Or Not Not Powder
Zinc Purity and Impurities Specification Zinc Purity: Range 1: 99.96% - 99.97% Range 2: 99.97% - 99.98% Range 3: 99.98% - 99.99% Impurities: Pb (Lead) For Range 1: Min 230 ppm - Max 300 ppm For Range 2: Min 160 ppm - Max 230 ppm For Range 3: Min 75 ppm - Max 160 ppm Fe (Iron) For Range 1: Min 25 ppm - Max 30 ppm For Range 2: Min 20 ppm - Max 25 ppm For Range 3: Min 10 ppm - Max 20 ppm Cu (Copper) For Range 1: Min 15 ppm - Max 20 ppm For Range 2: Min 10 ppm - Max 15 ppm For Range 3: Both Min and Max at 10 ppm Cd (Cadmium) For all ranges (Range 1, 2, and 3): Min 5 ppm - Max 10 ppm.
Zinc ingots
Please find our offer here below: - Zinc Ingot (specs attached) - 700MT - Europe, Africa, Middle east, Far east, Med sea - Price: 2.100USD Per ton - Payment: %20 will pay against proforma + %50 will pay after loading against BL+SGS & balance %30 balance pay at delivery port - Loading in 5-8bdays after payment.
Cadmium Ingot Introduction Cadmium and zinc are found in nature together.It is a good neutron-absorbing metal, made into rods that slow the rate of chain fission reactions in nuclear reactors, and Cadmium compounds useful in zn-cadmium batteries.Rare elements, symbol Cd.It's silver white.Melting point is 321 â??.The ratio of material to cadmium in the crust is 1000000:0.1 ~ 1000000:0.5.Cadmium Ingot is extracted from zinc ore or sulphur-cadmium ore as a by-product and is mostly used to protect other metals from corrosion and rust,� such as electroplated steel, iron products, copper, brass and other alloys.Another use is to make a bright yellow pigment called cadmium-yellow, which can be used in advanced paints and paints. use Used in the manufacture of alloys: as an alloy group, cadmium can be mixed into many alloys, such as hard copper alloys containing 0.5% ~ 1.0% cadmium, which have high tensile strength and wear resistance.Cadmium (98.65%) nickel (1.35%) alloys are used as bearing materials for aircraft engines.Cadmium is found in many low melting point alloys, with the famous wood fusible alloy containing 12.5% cadmium. Cadmium rods has a large thermal neutron capture cross section so alloys containing silver (80%) indium (15%) cadmium (5%) can be used as control rods for atomic reactors. Cadmium compounds have been� widely used in the manufacture of (yellow)� pigments, plastic stabilizers, phosphors, insecticides, fungicides, and paints.
Introduce corrosion-resistant Magnesium material is a new type of light and corrosion-resistant metal material developed in the 20th century. The application of magnesium is mainly� concentrated in the four fields of magnesium alloy production, aluminum alloy production, steel making and desulfurization, aviation and military industry. It is widely used in automobile manufacturing, light industry, metallurgical industry, chemical industry, electronic industry and instrument manufacturing. Use MAGNESIUM INGOT supplier has the advantages of low specific gravity, high strength per unit weight and high chemical stability, which makes aluminum magnesium alloy and its magnesium mold casting more and more popular.The application of magnesium alloy in automobile industry has the advantages of high strength, heat resistance, abrasion resistance and light weight, so that Magnesium Ingot gradually replaces the plastic products and steel parts with large proportion in automobile industry, mainly replaces the original engine, steering wheel, seat base and so on.The United States, for example, gm's "Polaris V - 8" engines have 15 pounds (6.8 kg) of magnesium die casting parts, and the engine assembly in Cadillac vehicles, the company annual production of 25000 ~ 30000 in the mid - 90 - this kind of car, one requires magnesium, gm's annual output has remained at more than 9 million vehicles, Japan's Toyota car production with gm, only for the two companies for the demand of magnesium alloy is enough to make metal magnesium production enterprise with excitement.
Introduction Zinc ingot refers to pure zinc, of course, there will be impurities, but as zinc ingot, at least 90% purity INGOT.Zinc ingot USES:� mainly used in die casting alloy, battery industry, printing and dyeing industry, pharmaceutical industry, rubber industry, chemical industry, etc. The main application of Zinc ingot galvanized Zinc has excellent anti-atmospheric corrosion performance, so it is mainly used for steel and steel structure of the surface coating (such as galvanized sheet), widely used in automotive, construction, shipping, light industry and other industries.In recent years, western countries begin to try to use zinc alloy board directly to make roofing material, its service life can be as long as 120-140 years, and can be recycled, and the service life of roofing material with galvanized iron plate is generally 5-10 years. pure zinc INGOT To make copper alloy materials, such as brass. Used in automobile manufacturing and machinery industry.Zinc has applicable mechanical properties.The strength and hardness of zinc itself is not high, but after adding aluminum, copper and other alloy elements, its strength and hardness are greatly improved, especially the appearance of zinc copper-titanium alloy, its comprehensive mechanical properties have approached or reached the level of aluminum alloy, brass, gray cast iron, its creep resistance has also been greatly improved.Therefore, zinc-copper-titanium alloy has been widely used in hardware production.
ZINC ALLOY INGOT Introduction Zinc alloys are alloys based on zinc and containing other elements.Common alloying elements are aluminum, copper, magnesium, cadmium, lead, titanium and other low temperature zinc alloys.Zinc alloy has low melting point, good fluidity, easy fusion welding, brazing and plastic processing, corrosion resistance in the atmosphere, the crippled material is easy to recover and remelting;However, the creep strength is low and it is easy to change the size due to natural aging.Melting preparation, die - casting or pressure processing into wood. According to the manufacturing process can be divided into cast zinc alloy and deformation zinc alloy.The main additions to zinc alloys are aluminum, copper and magnesium.Zinc alloys can be divided into deformation and casting zinc alloys according to processing technology.Cast zinc alloy with good fluidity and corrosion resistance, suitable for die casting instruments, automobile parts and other shell.
Material: Zinc Alloy, Size: 3/8",1/2", 3/4",1",1-1/2", 2", 3",4". Fit for liquid tight flexible conduit.
The microcrystalline zinc photoengraving plate is with the photosensitive emulsion in front and orange paint in back. Under the guidance of Japan and other experts, the first Chinese domestic production of microcrystalline zinc plate for precoated photosensitive adhesive printing reached the same level in Japan and the United States. Filling a gap in China's printing plate materials. With its excellent oxidation resistance and cost effectiveness, photoengraving zinc plate is ideal for plaques, awards, intaglio, letterpress and still used for hot stamping, embossing and thermal dies in some countries. High quality zinc photoengraving plates are available from 1 to 7 mm thickness.
The microcrystalline zinc photoengraving plate is with the photosensitive emulsion in front and orange paint in back. Under the guidance of Japan and other experts, the first Chinese domestic production of microcrystalline zinc plate for precoated photosensitive adhesive printing reached the same level in Japan and the United States. Filling a gap in China's printing plate materials. With its excellent oxidation resistance and cost effectiveness, photoengraving zinc plate is ideal for plaques, awards, intaglio, letterpress and still used for hot stamping, embossing and thermal dies in some countries. High quality zinc photoengraving plates are available from 1 to 7 mm thickness.
Metal scrap zinc ingots made in china/Pure Zinc Ingot 99.99%/Cheap Zinc Ingot 99.99% Key Specifications/Special Features: Specifications Place of origin: China Zn (Min): 99.995% Weight: 25kgs Zinc Ingots 1. Factory supply directly; 2. Zn (purity): 98.7%-99.995%; 3. Competitive price Zn (purity): 98.7%-99.995% 1. High quality. 2. Competitive price 3. Steady supplying ability
Zinc Phosphate Cement Zinc F+ is a zinc phosphate cement which has universal application for crowns and bridges and as a liner/core or base material. Zinc F+ offers an extremely accurate fit with very high mechanical strength. INDICATIONS Cementation of crowns & bridges, inlays and orthodontic brackets Cavity lining under all restorative materials.
