Manganese Tablets for Aluminum Alloying are compacted metallic additives, primarily composed of manganese (Mn), used to introduce and control the manganese content in aluminum melts during the production of aluminum alloys. They are a form of hardener or alloying agent, designed for ease of use to ensure precise and consistent alloy composition control during casting and melting processes.

[Key Advantages]
· Standard Weight: 500g per tablet, with fully customizable weights available to meet your specific production requirements.
· High Temperature Compatibility: Optimized for use between 720–760℃, ensuring seamless integration into standard aluminum melting workflows.
· High Recovery Rate: Minimum recovery rate ≥90%, with premium-grade options reaching ≥95%. This minimizes material waste and ensures cost-effective alloying.

[Product Uses]
· Precisely adjusting the manganese content in aluminum alloys to optimize the strength and corrosion resistance of 3000 series alloys.
· Used in the production of aluminum ingots and billets, ensuring uniform distribution of manganese in the molten metal.
· Supports the high-quality manufacturing of aluminum sheets, foils, and extruded profiles.
· Enhances the durability of aluminum components used in automotive and construction applications.

Iron Tablets for Aluminum Alloying are element supplements specifically designed for aluminum alloy smelting processes. They use high-purity iron as the active ingredient and are pressed into regular 500-gram blocks, with weights flexibly customizable per customer requirements. Their core function is to accurately add iron to the molten aluminum alloy through efficient dissolution and uniform diffusion, ensuring stable and controllable chemical composition.

[Key Advantages]
· Fe75 and Fe80 grades correspond to different iron content levels, allowing flexible selection to avoid over- or under-addition.
· Standard 500g block facilitates manual feeding and metering; customized weights available for automated production lines.
· Rapid dissolution at 720–760℃ reduces slag formation and minimizes metal loss during smelting.
· Element recovery rate ≥90% (premium ≥95%), reducing raw material costs and dilution effects on other alloy elements.
· Solid block form, stable at room temperature, moisture- and oxidation-resistant; dust-free in use, improving workshop safety and cleanliness.

[Product Uses]
· Specifically designed for adjusting and supplementing iron content during aluminum alloy smelting; covers cast, wrought, and recycled aluminum alloy production.
· Quickly raises iron content to target specification during batching; enables precise correction of iron deficiency in mid-to-late smelting stages.
· Suitable for alloy grades requiring specific iron content to improve casting performance, demolding performance, or high-temperature strength.
· Used in the recycled aluminum industry for composition homogenization and final adjustment, improving batch consistency and market competitiveness.

Chromium Tablets for Aluminum Alloying are high-efficiency alloying additives specifically designed for adjusting the chromium content during aluminum alloy smelting. Product models include Cr75 and Cr80, with a standard weight of 500 grams per tablet and customized weights available. Applied within the melt temperature range of 720–760℃, they stably and uniformly introduce the required proportion of chromium into molten aluminum. Chromium, as an important alloying element, helps improve corrosion resistance, wear resistance, and overall mechanical properties.

[Key Advantages]
· Element recovery rate ≥90% (premium ≥95%), effectively reducing chromium burn-off loss and ensuring accurate alloy proportions.
· Suitable for melt temperatures of 720–760℃, compatible with most aluminum alloy smelting operations without additional process adjustments.
· Block form (standard 500g/block) with adjustable weights; avoids dust, moisture absorption, and feeding difficulties common with powdered additives.
· Cr75 and Cr80 models correspond to different chromium content levels, flexibly adapting to conventional or special high-chromium alloy requirements.

[Product Uses]
· Precisely adjusting chromium composition in aluminum alloy smelting; suitable for cast and wrought aluminum alloys requiring chromium supplementation or fine-tuning.
· Widely used in automotive wheels, engine components, aerospace structural parts, rail transit profiles, and high-corrosion-resistant aluminum alloy sheets.
· Stably controls chromium content within target range, ensuring batch-to-batch consistency and improving high-temperature strength, stress corrosion resistance, and surface hardness.
· Customizable block weights make it suitable for small-batch, multi-variety laboratory R&D or special alloy prototyping.

Titanium Tablets for Aluminum Alloying are block-shaped additives specifically designed for precise control of titanium content during aluminum alloy smelting. Available in Ti75 and Ti80 grades, each tablet weighs 500 grams, with customized weights available. Used directly within the melt temperature range of 720–760℃, through scientific formulation and dense forming process, they ensure efficient and uniform incorporation of titanium into the aluminum matrix.

[Key Advantages]
· Element recovery rate ≥90% (premium ≥95%); the vast majority of titanium per tablet is effectively absorbed, reducing raw material loss and replenishment frequency, significantly saving production costs.
· Standard 500g block facilitates quantitative feeding and recording; customized weights available for small-batch precision or large-batch rapid addition.
· Rapid dissolution and uniform distribution, no significant sediment or slag at furnace bottom, maintaining a clean smelting environment.
· Ti75 and Ti80 grades correspond to different titanium content levels, meeting multi-level needs without frequent additive changes.

[Product Uses]
· Specifically for titanium composition adjustment and optimization in aluminum alloy smelting; titanium is a vital grain-refining and strengthening element, significantly improving microstructure, strength, toughness, and fatigue resistance.
· Mainly used in cast aluminum alloys, wrought aluminum alloys, and aluminum-based master alloys; especially suitable for aerospace alloys, automotive wheel alloys, rail transit profiles, and high-performance electronic heat dissipation materials.
· Applicable for alloy formulation in the initial melting stage as well as remedial adjustment of insufficient titanium content caused by segregation or dilution during production.

Fusible Silicon Tablets for Aluminum Alloying is a high-efficiency additive specifically designed for aluminum alloy smelting processes. Its core function is to precisely adjust the silicon content in molten aluminum alloys to meet the performance requirements of different alloy grades. Each standard piece weighs 500 grams, with customized weights available. It exhibits excellent dissolving ability within a smelting temperature range of 720–760℃, with a consistently high element recovery rate exceeding 90%, and up to 95% for high-standard specifications.

[Key Advantages]
· Element recovery rate ≥90% (up to ≥95% under optimal conditions), significantly reducing silicon raw material costs per ton, lowering replenishment frequency and slag generation, improving smelting economics.
· Rapidly melts and disperses in molten aluminum within the recommended 720–760℃ range, avoiding the difficult-melting and segregation issues of traditional silicon blocks, ensuring uniform silicon distribution.
· Standard 500g/block facilitates weighing and feeding; customized weights available for large-scale continuous smelting or small-batch multi-variety blending.
· Pure composition does not introduce harmful impurities into the molten aluminum, safeguarding the mechanical and processing properties of high-end aluminum alloy products.

[Product Uses]
· Widely used in smelting processes of aluminum alloy casting, die casting, extrusion, and forging; a key functional material for controlling silicon content in alloy grades.
· In the production of Al-Si alloys (e.g., A356, ZL102, ADC12), directly added to molten aluminum at 720–760℃ when the natural silicon content of raw materials falls below target specifications.
· Particularly suitable for high-end aluminum alloy products with strict composition tolerance requirements: automotive wheels, engine parts, precision electronic housings, and building profiles.
· Provides quick and efficient silicon compensation for recycled aluminum companies, helping to increase the proportion of recycled materials used while maintaining alloy performance.

Copper Tablets for Aluminum Alloying are high-efficiency alloying additives specifically designed for aluminum alloy smelting processes. Represented by Cu75 and Cu80 models, they are primarily used to precisely adjust the copper content in aluminum alloys. Each standard tablet weighs 500 grams, with customizable weights available. Added at aluminum melt temperatures of 720–760℃, they melt rapidly and diffuse uniformly, achieving stable control over alloy composition, with elemental recovery rates consistently over 90% and up to 95% under optimized conditions.

[Key Advantages]
· Element recovery rate consistently ≥90% to ≥95%, significantly reducing actual copper raw material consumption costs and preventing batch quality incidents from compositional deviations.
· Operating temperature 720–760℃ closely matches common aluminum alloy smelting processes; no additional furnace temperature adjustments required.
· Standard 500g weight design facilitates weighing and material calculation; custom weights available for more flexible proportioning control.
· Dissolves rapidly in molten aluminum with no significant residue, helping to maintain melt purity and reduce inclusion defects.
· Stable component release and high recovery efficiency significantly improve alloy composition accuracy, reduce rework rates, and optimize production efficiency.

[Product Uses]
· Primarily suitable for the production of various wrought and cast aluminum alloys, playing a crucial role in alloys requiring precise control of copper content (e.g., some copper-containing alloys in 2-series, 6-series, and 7-series).
· Suitable for industrial applications requiring high composition precision: automotive wheels, aerospace structural components, electronic heat sinks, high-strength aluminum alloy profiles, and precision castings.
· Customizable block weights further enhance batching flexibility and fine-tuning capability for workshops requiring small-batch, multi-variety production or frequent alloy ratio adjustments.
· Suitable for correcting copper composition during aluminum alloy recycling, helping recycled aluminum meet target grade standards again.

Zirconium Tablets for Aluminum Alloying are a specialized zirconium-element additive designed exclusively for the aluminum alloy smelting process. Commercially available as high-density pressed ingots, the standard unit weight is 500 grams, with customized production available. Two configurations—Zr75 and Zr80—are offered. Introduced within the typical melt temperature range of 720–760°C, they facilitate stable incorporation of zirconium into the aluminum matrix, with a recovery rate of no less than 90% (up to 95% in certain scenarios).

[Key Advantages]
· Zirconium recovery rate consistently reaches 90% or higher; up to 95% under optimal process conditions, requiring less additive input to achieve target alloy composition and reducing production costs.
· Operating temperature window of 720–760°C aligns with actual furnace conditions in most aluminum alloy smelting facilities, allowing seamless integration without additional process adjustments.
· Standardized 500g ingot size facilitates easy weighing and charging; customized weights available, adapting flexibly from small-batch laboratory trials to large-scale industrial production.
· Pressed-ingot structure resists crumbling or scattering during transportation, storage, and charging, minimizing dust loss and reducing operating environment contamination.

[Product Uses]
· Primarily utilized in the production of various wrought and cast aluminum alloys, serving to precisely adjust the zirconium elemental content within the alloy system.
· Zirconium provides grain refinement, recrystallization inhibition, enhanced high-temperature strength, and improved corrosion resistance; widely used in aerospace high-strength alloys, rail transit aluminum components, marine corrosion-resistant alloys, and high-end consumer electronics casing materials.
· Introduced into molten aluminum at 720–760°C for targeted composition correction; particularly suited for mass production or fine-tuning of specific alloy grades with strict zirconium content requirements.
· Provides foundries and alloy manufacturers with an easy-to-operate, reliably absorbing, and flexibly specified alloying solution for consistently enhancing mechanical properties and structural density.