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High Purity 99.9% Zinc Lithium Master Alloy with 5% Lithium Content and MOQ 20 kgs
Datos del producto:
| Lugar de origen: | Hunan, China |
| Nombre de la marca: | HB |
| Número de modelo: | ALEACIÓN ZN LI |
Pago y Envío Términos:
| Cantidad de orden mínima: | 10 |
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| Precio: | $120 |
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Información detallada |
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| Composición química: | Zn-Li 2% 3% 5% | Material: | ZNLi |
|---|---|---|---|
| Forma: | Lingote | Contenido de Li: | 5% |
| Contenido del Zn: | 95% | Pureza: | 99.9% |
| Paquete: | bidones de acero Zn3%Li | Moq: | 20 kilogramos |
| Punto de fusión: | 800 ℃ | Volumen de aditivo: | N.A |
| Tipo de aleación: | A base de zinc | Refinamiento de la microestructura: | Sí |
| Propiedades mecánicas: | Mejorado | Resistencia a la oxidación: | Mejorado |
| Densidad: | Alto | ||
| Resaltar: | High Purity 99.9% Zinc Lithium Master Alloy,5% Lithium Content ZnLi Master Alloy,MOQ 20 kgs Zinc Lithium Alloy |
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Descripción de producto
Zinc Lithium 3% 5% Master Alloy Ingot ZnLi
Zinc Lanthanum ZnLa5% master alloy ingot is a specialized additive functional material designed to enhance the properties of zinc-based alloys. This master alloy addresses common issues such as element burning, high melting points, and segregation, while improving microstructure refinement and mechanical properties through the addition of trace rare earth La.
Master Alloy Benefits
The master alloy reduces oxidation and burning of zinc alloy elements, minimizes molten metal overheating, and allows precise control of alloy chemical composition. It also enhances energy efficiency and shortens melting cycles.
Master Alloy Specifications
| Product | Grade | Chemicals% | Application | Add Volume | Melting Point℃ | Properties |
|---|---|---|---|---|---|---|
| CuSi | CuSi16 | Si13.5~16.5 | Add Si, improve plasticity | N.A | 800 | fragile |
| CuMn | CuMn22 | Mn20~25 | Refine grains, improve plasticity, eliminate hot rolling cracks | 2~3‰ | 850~900 | tough |
| CuNi | CuNi15 | Ni14~18 | Add Ni, improve plasticity | 2~3‰ | 1050~1200 | tough |
| CuFe | CuFe10 | Fe9~11 | Refine grains, improve cold working plasticity | 3~5‰ | 1300~1400 | tough |
| CuSb | CuSb50 | Sb49~51 | Refine grains | 2~3‰ | 680 | fragile |
| CuBe | CuBe4 | Be3.8~4.8 | Refine grains | 1~3‰ | 1100~1200 | tough |
| CuP | CuP14 | P13~15 | Refine grains, deaeration and deoxygenation | 1~3‰ | 900~1020 | fragile |
| CuMg | CuMg10 | Mg9~11 | Refine grains | 1~3‰ | 750~800 | fragile |
| CuRe | CuRE15 | RE14~16 | Refine grains, desulfurization, deoxidation, improve performance, improve conductivity | 2~4‰ | 1050~1200 | tough |
| CuTi | CuTi20 | Ti18~20 | Refine grains | 1~5‰ | 970~1020 | tough |
| CuZr | CuZr10 | Zr8~12 | Refine grains | 2~3‰ | 1100~1200 | tough |
| CuB | CuB3 | B3~3.8 | Improve conductivity | 0.5~2‰ | 1200~1250 | tough |
Available Alloys
Magnesium Alloys: MgY25/30, MgMn3/5/10, MgCa15/20, MgCe20/25/30, MgNd20/25/30, MgSc2/5/10/30, MgGd20/25/30, MgSr10/20, MgLa20/25/30, MgZr25/30, MgEr20, MgAl50/68, MgCu15/30, MgLi10, MgSi3, MgDy20/30, MgSm20, MgPr20, MgHo10, MgCd20, MgBa10, MgZn30, MgLaCe, NiMg, ZK60, ZM2, ZM3, ZM6, ZM21, ZM31, WE43, WE57, WE94, MnE21, WZ73, Dissolving magnesium, etc.
Aluminum Alloys: AlCu, AlNd, AlGd, AlY, AlZn, AlEr, AlLa, AlCe, AlSc, AlScZr, AlCo, AlCr, AlMo, AlNb, AlLi, AlAg, AlYb, AlHf, AlDy, AlRe10, etc.
Copper Alloys: CuBe, CuTi, CuZr, CuCr, CuP, CuAl, CuMg, CuCd, CuCa, CuCe, CuFe, CuSi, CuTe, CuV, CuAg, CuLi, CuMn, CuCo, CuAs, CuSb, CuB, etc.
Our technical team can supply customized alloys tailored to specific customer requirements.
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