In 2024, the price of zinc at the London Metal Exchange stood at around **** U.S. dollars per pound, a *** cent increase from the previous year's price. Zinc metal is a base metal which – among other things – is used as a material to manufacture smartphones.

The price of zinc in North America stood at around 1.44 U.S. dollars per pound in 2024. Zinc metal is a base metal which – among other things – is used as a material in the manufacture of smartphones.

Zinc fell to 3,063.05 USD/T on December 2, 2025, down 1.24% from the previous day. Over the past month, Zinc's price has fallen 1.42%, and is down 1.26% compared to the same time last year, according to trading on a contract for difference (CFD) that tracks the benchmark market for this commodity. Zinc - values, historical data, forecasts and news - updated on December of 2025.

Explore the factors driving zinc price fluctuations in 2023, including demand from China, supply chain disruptions, production costs, and global economic outlook, and understand how these influence the market and investments.

Explore the latest trends and fluctuations in the price of zinc on the London Metal Exchange (LME). Learn how factors like supply and demand dynamics, geopolitical events, and global economic conditions impact LME zinc prices. Understand the importance of zinc in industrial processes and the role of speculative activities in commodities markets. Discover how businesses can hedge against price volatility and access real-time pricing for informed decision-making.

In 2024, the average price for zinc stood at 2,776 nominal U.S. dollars per metric ton. This statistic depicts the average annual prices for zinc from 2014 to 2024, with forecast figures for 2025 through 2026.

Explore the factors affecting zinc alloy prices, including base metal costs, market demand, and geopolitical influences. Understand how compositions and applications impact pricing, and why consulting reliable sources for real-time data is crucial.

Explore the factors affecting zinc prices, including global demand, supply dynamics, geopolitical events, and environmental policies. Understand how economic cycles, stock levels, energy costs, and currency fluctuations influence zinc pricing in industries like construction and automotive.

The price of zinc is forecast to increase to **** U.S. dollars per pound by 2028, from an estimated price of **** U.S. dollars per pound in 2020. Zinc is a base metal with many uses, including used to galvanise other metals. Zinc oxide is used in the manufacturing of products such as batteries, paint, inks, soaps, pharmaceuticals, and more.

In 2024, the average annual London Metal Exchange (LME) price for tin was approximately ** U.S. dollars per pound, making it the highest-priced base metal that year. Nickel had the *******highest price out of the base metals at that time, with an average annual LME price of approximately **** U.S. dollars per pound in 2024. Although there is no clear-cut definition of the term, base metals usually refer to metals that oxidize easily, and is most commonly categorized as including tin, nickel, copper, zinc, lead, and aluminum.

In 2024, the average price of cadmium in the United States stood at *** U.S. dollars per kilogram. Down from some **** U.S. dollars per kilogram in the previous year, which was was the highest figure reported during the period in consideration. More about cadmium Cadmium is a silvery-white post-transition metal that was first discovered in 1817 in Germany by scientists Freidrich Stromeyer and Karl Hermann. This malleable metal is extracted as a by-product of zinc refinement, and shares similarities with zinc. Its melting temperature is *** degrees Celsius, and it is considered toxic. Because the melting points of cadmium and zinc are different, the two metals can be separated using this method. In the liquid mixture of the two metals, zinc becomes a solid first. After that, the liquid cadmium is left behind. Cadmium in batteries Rechargeable batteries are made with cadmium and nickel. There are two types of batteries: industrial and portable. Industrial batteries are used for things such as emergency brakes, air conditioning, and alarm systems. Portable batteries are used for computer equipment, military communications, and emergency lighting. China is the largest producer of cadmium worldwide, with a refinery production volume estimated at ***** metric tons in 2024. While imports of cadmium into the United States have dropped in recent years, exports of the metal have increased.

Explore the diverse applications and pricing dynamics of zinc chloride in various industries, including factors influencing its cost per kilogram such as purity, market demand, and geographical location.

In 2024, China's zinc mines produced approximately **** million metric tons of zinc. Accordingly, China is the world's largest producer of the base metal zinc. Peru and Australia were the second- and third-largest zinc mining countries in the world in 2024, respectively. What is zinc used for? Zinc has a variety of end-uses, but the most common application is galvanizing, where zinc is applied to iron or steel as a protective coating. In the coming decade, the demand for zinc in renewable energy applications is forecast to increase. For example, zinc is used for corrosion protection in structural components of solar panels and wind turbines. In addition, zinc is required for the production of certain battery types. Rising zinc prices The consumption of refined zinc has steadily risen over the past two decades. In turn, the price of zinc in various marketplaces has increased overall in recent years. In 2024, the price of zinc in North America stood at **** U.S. dollars per pound, while zinc prices on the London Metal Exchange reached **** U.S. dollars per pound in 2024.

Lead rose to 2,003.78 USD/T on December 2, 2025, up 0.11% from the previous day. Over the past month, Lead's price has fallen 1.32%, and is down 3.99% compared to the same time last year, according to trading on a contract for difference (CFD) that tracks the benchmark market for this commodity. Lead - values, historical data, forecasts and news - updated on December of 2025.

Application of Zn had a significantly positive effect on grain Zn concentrations and also on grain yield especially under Zn deficient conditions. The amount of Zn required to alleviate Zn deficiency varied with severity of deficiency, soil types, nature of crops and cultivars. The response of chickpea varieties to Zn nutrition was studied in pots and on fields using zinc deficient soils during 2012 and 2013 cropping seasons to determine zinc fertilizer rate which improve zinc content and productivity of the crop. A factorial combination of three chickpea varieties and seven zinc fertilizer rates were laid in Randomized Complete Block design with three replications for both pot and field experiments. The result of pot experiment revealed that, variety Mastewal produced the highest grain yield (5.9 g pot-1) and Habru produced highest (35.99mg kg-1) straw zinc content. Conversely, local chickpea provided the highest (36.1mg kg-1) grain Zn. Chickpea varieties and zinc fertilizer rates interaction on grain yield was significant where 25kg ha-1 produced highest regardless of the varieties. Similarly, location had significant (p<0.01) effect of grain zinc content where Choroko produced 46.6 % more grain zinc content than both Taba and Jolle. Highest straw zinc (24.96 mg kg-1) obtained from variety Habru, while highest grain zinc obtained from the application of 25 kg ZnSO4 .7H2O ha-1 with either of the varieties which was at par with the highest Zinc rate (30kg ha-1). Significant interaction effect of variety by location on grain yield and straw zinc content was observed. The variety Mastewal was superior in grain yield at Jolle and Choroko, while landrace performed better at Taba. The landrace and Habru were higher in straw zinc content across locations. Moreover, 25 kg ZnSO4 .7H2O ha-1 resulted in 7 and 8% more grain and straw zinc content over the control, in that order. Thus, the current research inveterate a possibility of agronomic intervention for zinc fortification of chickpea through zinc fertilizer management.

Learn about the importance of scrap metal recycling, how prices are determined based on grade and condition, and current prices for steel, aluminum, copper, brass, zinc, and lead. Get tips on how to ensure you get a fair price for your scrap metal and contribute to environmental sustainability.

This statistic shows the sales value of metallic coating in zinc by electrolysis based on PRODCOM* estimates in the United Kingdom (UK) from 2008 to 2018, in thousand British pounds. In the period of consideration, sales value of these items fluctuated. Since 2016, this value has been declining. The highest sales value of metallic coating in zinc by electrolysis was recorded in 2015, at ***** million British pounds. Sales value declined to ***** million British pounds as of 2018, a decline of roughly **** percent in comparison with 2015.

Explore the diverse uses of zinc sulfate, from agriculture to industry, and understand the factors influencing the pricing of a 20 kg quantity, which ranges from $20 to $100 USD based on region, demand, and product specifications.

Abstract: The objective of this work was to evaluate the effects of the split and combinated application of foliar zinc (ZnF) + soil Zn (ZnS) on Zn concentration in the grains (ZnCG) of common bean (Phaseolus vulgaris). Two experiments were carried out in a greenhouse during two seasons. In the first experiment, two common bean cultivars received six ZnF rates (0, 120, 240, 480, 720, or 1,200 g ha-1), with split applications at the R5, R7, and R8, or R7 and R8, or R8 plant stages. In the second experiment, one cultivar received three ZnS rates (0, 5, or 10 kg ha-1) combined with ZnF rates (0, 1, 1.5, 3, 6, or 10 kg ha-1). In the first experiment, with the ZnF increment, ZnCG increased linearly from 15.3 to 20.7 mg kg-1. ZnF splitting did not affect ZnCG. In the second experiment, ZnF without ZnS did not affect ZnCG. ZnS doubled ZnCG in comparison with the treatment without ZnS application. At 5 kg ha-1 ZnS, the highest ZnCG (67.5 mg kg-1) was obtained with 7.8 kg ha-1 ZnF. At 10 kg ha-1, the highest ZnCG (66 mg kg-1) was obtained with 4.9 kg ha-1 ZnF. ZnF splitting is not advantageous over a single application, and the combination of ZnF and ZnS increases ZnCG in common bean, in greenhouse conditions.

Minerals play an essential role in aquatic animals to maintain their normal physiological and metabolic functions. This feeding trial assessed the impact of various zinc sources on L. rohita performance. Dietary treatments included a Control group with zinc sulfate (226.25 mg/kg), and treatment groups with zinc citrate (150.15 mg/kg), zinc acetate (230.56 mg/kg), zinc monomethionine (244.75 mg/kg), and zinc gluconate (395.94 mg/kg). In 15 aquaria, 300 fish (15.84 ± 0.07g) were randomly distributed in triplicate groups. Results revealed significantly (P  0.05) differences among treatments. Tissue zinc analysis demonstrated significantly (P