Zirconium Tablets for Aluminum Alloying

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.