NB7494 Niobium Crucible / Niobium Cup 100 mL

Niobium Crucible / Niobium Cup 100 mL Description

Our Niobium Crucible / Niobium Cup 100 mL offers excellent performance in demanding high-temperature and corrosive environments. Manufactured from a customized niobium grade, this crucible is valued for its exceptional resistance to chemical attack, ensuring minimal contamination of samples and processes. Its high melting point and superior mechanical strength suit it for applications in analytical laboratories, materials research, and advanced manufacturing industries.

Designed to meet precise requirements, our niobium crucible is fabricated with meticulous attention to dimensional accuracy and quality standards. Its 100 mL capacity provides ample space for various experiments and production runs. With a focus on durability and reliability, our customized niobium crucible assists you in achieving consistent results, reduces downtime, and supports the complex thermal processes necessary to excel in today's innovative research and manufacturing fields.

Niobium Crucible / Niobium Cup 100 mL Applications

Niobium crucibles are valued for their exceptional resistance to heat, chemical corrosion, and mechanical stress. With a capacity of 100 mL, these cups are ideal for precise melting, refining, and processing of metals and chemicals in demanding environments. Additionally, their stable composition and minimal impurity levels make them a reliable choice for a variety of scientific, industrial, and research-based applications.

1. High-Temperature Laboratory Applications

·         Heat Treatment: Niobium's high melting point allows for consistent thermal endurance during annealing and sintering processes.

·         Materials Analysis: The crucible can safely contain reactive substances for spectroscopy and other analytical methods.

2. Corrosion-Resistant Processing

·         Reactive Metal Melting: Its non-reactive nature renders it suitable for melting alloys without contamination.

·         Chemical Synthesis: Niobium's chemical stability ensures purity in experimental reactions and compound formulation.

3. Advanced Research & Development

·         Thin Film Deposition: Niobium facilitates precise metal evaporation in vacuum coating systems.

·         Nuclear Materials Testing: The crucible tolerates intense radiation and extreme conditions for nuclear research.

Niobium Crucible / Niobium Cup 100 mL Packaging

Each Niobium Crucible / Niobium Cup (100 mL) is first wrapped in cushioned foam and sealed in a vacuum bag to protect against atmospheric exposure. Corrosion inhibitors and desiccant packs are included to maintain dryness. The protective outer box is lined with shock-absorbent materials to prevent transit damage. We also offer customizable packaging solutions, ensuring appropriate labelling, branding, or storage configurations based on customer needs.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Niobium Crucible / Niobium Cup 100 mL FAQs

Q1: What are the key material properties of Niobium Crucible / Niobium Cup 100 mL?

A1: Niobium is known for its high melting point (2,468°C), exceptional ductility, and impressive corrosion resistance, particularly in hot, acidic environments. It exhibits low thermal expansion and excellent formability, enabling its use in demanding high-temperature and high-vacuum processes. Additionally, Niobium’s chemical stability and minimal outgassing make it an optimal material choice for applications that require purity and reliability under extreme conditions.

Q2: How can this tantalum product be processed or fabricated?

A2: While Niobium has similarities with Tantalum, the crucibles can be processed using various methods, including vacuum arc remelting, cold or hot working, and precision machining. Sheets or rods are often formed through rolling or extruding, then cut and deep-drawn to required dimensions. Post-fabrication heat treatments help optimise mechanical properties and refine microstructure. Each step requires careful handling to maintain purity and dimensional accuracy.

Q3: Which quality standards and certifications apply to Niobium Crucible / Niobium Cup 100 mL?

A3: Niobium crucibles typically conform to standards such as ASTM B392 or B393, which govern chemical composition and mechanical requirements for Niobium and Niobium alloy products. Leading manufacturers also often operate under ISO 9001-certified quality management systems to ensure consistent production and traceability. Additional certifications, such as AS9100 for aerospace applications, may be required depending on end-use requirements and customer specifications.

Related Information

1. Material Properties and Advantages

Built from a customised Niobium grade, this 100 mL crucible exhibits exceptional high-temperature performance ideal for demanding thermal applications. Niobium’s inherent chemical stability minimises the risk of unwanted reactions, helping maintain the purity of substances processed within the vessel. The crucible’s superior corrosion resistance further ensures consistent longevity, even when subjected to harsh environments like fluorinating agents or extreme vacuum conditions. These properties underscore the well-regarded reputation of Niobium as a top choice for precision-dependent procedures.

Thanks to its versatile mechanical characteristics, the Niobium Crucible / Niobium Cup 100 mL retains structural integrity under significant thermal cycling. This specialised metal grade also demonstrates low thermal expansion, which is particularly beneficial during recurrent heating and cooling sequences. Combined with the crucible shape for optimised heat distribution, these features enhance the reliability and overall efficiency of high-grade laboratory and industrial practices.

2. Applications in Advanced Industries

Focused on specialised ventures, the Niobium Crucible / Niobium Cup 100 mL supports advanced processes across aerospace, electronics, and materials research. From melting high-performance alloys to synthesising novel compounds, this customised grade crucible contributes to refined results by offering minimal contamination risks and steadfast dimensional stability. While designed for exacting experimental settings, its robust properties invite exploratory uses in powder metallurgy and superconducting research as well.

Such adaptability makes it a valuable piece of equipment in emerging fields like nanotechnology, where precise manipulation of materials is essential. Scientists benefit from the crucible’s ability to endure extended heat treatments without warping or reacting with delicate substrates. In turn, advanced industrial partners leverage this distinctive product to refine production methods, optimise thermal testing protocols, and open new frontiers in manufacturing high-purity components.