NICKEL CRUCIBLE
Discover the unparalleled prowess of our nickel crucibles, meticulously engineered for superior corrosion resistance and exceptional thermal stability. These crucibles excel in harsh, high-temperature, strong-alkali environments, making them indispensable in demanding applications.
Core Advantage Analysis
1. Resistance to strong alkali corrosion (core characteristic)
Unique advantage: Our nickel crucibles demonstrate spectacular performance in environments with molten alkaline solutions, such as NaOH and KOH. They outshine typical metal counterparts like iron and stainless steel, establishing themselves as the **ideal container** for alkali fusion sample processing.
Application scenarios: Perfectly suited for chemical laboratory sample pretreatment, decomposition of rare earth oxides, and the sintering of lithium battery positive electrode materials. These crucibles are designed for high-temperature processes involving exposure to strong alkali.
2. High Temperature Stability (Critical Support)
Operating Temperature: Our nickel crucibles can withstand extreme conditions with a maximum operating temperature of ≤ 1200ºC, capable of enduring short-term peaks up to 1455ºC. Their thermal conductivity and outstanding thermal shock resistance surpass those of ceramic crucibles.
Applicable Processes: Ideal for applications such as precious metal melting, single crystal growth, and high-temperature synthesis. They are engineered for scenarios demanding rapid temperature fluctuations, ensuring reliability and performance.
| Nickel CRUCIBLE SPECIFICATIONS |
| Product Name |
Nickel Crucible |
| Keywords |
Integrated Nickel Crucible |
| Material |
Nickel |
| Chemical Composition |
|
| Purity |
99.6% |
| Surface |
Bright Soft Surface |
| Thickness |
Customizable |
| Density |
8.95g/cm3 |
| Color |
Silver Gray |
| Melting Point |
1455 Degrees Celsius |
| Boiling Point |
2913 Degrees Celsius |
| Condition |
Vacuum Annealed |
| OEM |
Customizable |
| Size |
Customizable |
| Packaging |
According To Customer Needs |
| We support customization of Hafnium Plate of various specifications and uses |
HIGH MELTING POINT AND HIGH TEMPERATURE RESISTANCE:
The primary application feature of nickel crucibles is their extraordinary ability to resist corrosion and maintain remarkable thermal stability in both high-temperature and strong-alkali environments. This is specifically demonstrated as:
Core Advantage Analysis
1. Resistance to strong alkali corrosion (core characteristic)
Unique advantage: Offers exceptional performance in molten alkaline solutions (such as NaOH, KOH), surpassing most metal materials (such as iron, stainless steel), positioning it as the **ideal container** for alkali fusion sample processing.
Application scenarios: Perfect for chemical laboratory sample pretreatment, decomposition of rare earth oxides, sintering of lithium battery positive electrode materials, etc., particularly in high-temperature processes that require direct contact with strong alkali.
EXCELLENT CHEMICAL STABILITY:
High-temperature stability (key support)
Operating temperature: Capable of consistently enduring a maximum temperature of ≤ 1200ºC, withstanding short-term peaks up to 1455ºC. It combines superior thermal conductivity and thermal shock resistance unmatched by ceramic crucibles.
Applicable processes: Perfect for precious metal melting, single crystal growth, high-temperature synthesis, and other scenarios requiring rapid temperature fluctuations.
GOOD DEFORMATION RESISTANCE:
Why is it the most distinctive feature?
Unreplaceability: While most metal crucibles (like iron and aluminum) succumb to corrosion when exposed to strong alkali at high temperatures, ceramic crucibles, though corrosion-resistant, suffer from poor heat conductivity and are prone to cracking. In contrast, nickel crucibles offer superior performance in alkaline high-temperature environments, outperforming similar products.
Market demand focus: The increasing demand for alkaline melting in sectors such as metallurgy, chemical engineering, and new energy (including rare earth purification and lithium battery material processing) has made nickel crucibles an indispensable tool in these fields.
GOOD PROCESSING PERFORMANCE:
Nickel strikes an impeccable balance between hardness and ductility, allowing it to be effortlessly fashioned into filaments or crafted into thin foils. This versatility enables nickel crucibles to be meticulously shaped and customized for diverse application needs.
REUSABILITY:
With proper care and maintenance, nickel crucibles stand as a long-lasting ally, supporting repeated use and significantly reducing operational costs over time.
Q1. How do you guarantee the quality of your products?
A1. All products will go through a rigorous testing process, and we can provide you with a quality test report if you need it.
Q2. Can I get a sample before placing an order?
A2. Of course! If it is a normal size and we have stock in our warehouse, we will provide samples for free.
Q3. Is the alloy corrosion-resistant?
A3. Yes. Their corrosion resistance makes the industry use them in extreme environments such as aerospace and chemical industries.
Q4. What is the minimum tolerance you can do?
A4. Customized according to international specifications or customer requirements.
Usually, the tolerance of machined parts is ±0.002mm
Q5. Are you a manufacturing supplier?
A5. Yes, we are a manufacturer.
Audited Supplier 
){kind=link}