PT8191 Standard Platinum Crucible (Standard Pt Crucible) 50 mL

Standard Platinum Crucible (Standard Pt Crucible) 50 mL Description

This Standard Platinum Crucible, with a 50 mL capacity, is precisely made from high-purity platinum to ensure excellent chemical inertness and corrosion resistance. Its stable, temperature-resistant design supports various laboratory procedures, such as ashing, flux fusions, and sample preparation. With customizable dimensions, it provides exact compatibility for different analytical and research settings, fitting different methods and apparatus setups accurately.

Adhering to strict quality standards, each crucible undergoes thorough inspection to ensure consistent wall thickness and flawless surface finish. The platinum material is refined to minimise impurities, maintaining its structural integrity under high temperatures and mechanical stress. Ideal for precise, high-temperature analyses, this platinum crucible delivers consistent performance and long-lasting service in any professional laboratory or industrial environment.

Standard Platinum Crucible (Standard Pt Crucible) 50 mL Applications

The Standard Platinum Crucible (Standard Pt Crucible) 50 mL is an essential tool in high-temperature and corrosive applications. Its significant resilience and chemical inertness support a range of precise testing and processing tasks in laboratories, research facilities, and industrial settings. Withstanding high heat and ensuring minimal contamination, this crucible enables consistent, reliable, and reproducible results in areas ranging from materials testing to advanced chemical manufacturing.

1. Analytical Laboratory Applications

·        Precious Metal Analysis: Facilitates accurate quantification of gold, platinum, and other valuable metals under controlled high-temperature conditions.

·        Sample Preparation: Ensures thorough ashing and calcination of organic and inorganic substances for reliable analytical results.

2. Industrial Processing

·        Corrosion Testing: Offers an inert container for evaluating metal and alloy corrosion resistance in harsh chemical environments.

·        Thermal Decomposition: Handles substances at elevated temperatures, aiding in decomposition, volatilisation, and purity assessments.

3. Research and Development

·        Material Synthesis: Serves as a robust vessel to fuse or melt compounds during the creation of novel materials and composites.

·        Catalyst Evaluation: Provides a stable platform for testing catalyst performance in high-temperature reactions without introducing impurities.

Standard Platinum Crucible (Standard Pt Crucible) 50 mL Packaging

Each Standard Platinum Crucible (50 mL) is carefully placed within shock-absorbent foam and sealed in a vacuum-packed barrier bag. This packaging method maintains purity and prevents oxidative or corrosive effects. An external, corrosion-resistant enclosure further protects the crucible from potential damage during transit. Additionally, customisation options such as specialised foam inserts or labelling are available to meet your laboratory’s specific requirements, ensuring secure shipment and optimal long-term storage.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Standard Platinum Crucible (Standard Pt Crucible) 50 mL FAQs

Q1: What are the key material properties of Standard Platinum Crucible (Standard Pt Crucible) 50 mL?

A1: The Standard Platinum Crucible (Standard Pt Crucible) 50 mL is typically manufactured from high-purity platinum (commonly 99.95%+) to ensure excellent corrosion resistance, stable structural integrity at high temperatures, and minimal contamination of samples. It has a melting point of approximately 1,768°C, which enables it to withstand extreme thermal conditions. Its ductility and resistance to oxidation make it suitable for demanding laboratory processes that require precise, clean melting and ashing environments.

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

A2: The Standard Platinum Crucible (Standard Pt Crucible) 50 mL is generally produced by hot or cold working platinum ingots, followed by precision forming, spinning, or drawing to achieve the desired dimensions. Subsequent annealing ensures uniform grain structure and alleviates internal stresses. Mechanical polishing refines the surface finish, minimising potential contamination and imperfections. Throughout the process, stringent controls are applied to maintain material purity and structural integrity.

Q3: Which quality standards and certifications apply to Standard Platinum Crucible (Standard Pt Crucible) 50 mL?

A3: These crucibles often comply with ISO 9001 guidelines, ensuring robust quality management practices during manufacturing. Laboratories may also require conformance to ASTM standards for compositional consistency and performance validation. Reputable suppliers provide material certifications detailing purity assays, trace metal contents, and mechanical properties. Additionally, traceability documentation and batch-specific inspection reports are issued to confirm each crucible meets strict international standards for laboratory and industrial applications.

Related Information

1. Material Properties and Advantages

Optimising high-temperature laboratory procedures demands equipment that offers superior thermal stability and chemical inertness. The Standard Platinum Crucible (Standard Pt Crucible) 50 mL fulfils this requirement by harnessing platinum’s exceptional resistance to corrosion and oxidation, resulting in minimal contamination risk. Its high-purity grade contributes to precise analytical outcomes, ensuring that even trace-level elements remain unaffected during sample preparation. With customised dimensions, users can adapt the crucible’s shape and capacity to match the exact specifications of unique protocols, making it an essential tool in demanding research settings.

Protecting samples from cross-contamination is a critical objective in various scientific industries. This crucible’s durable design addresses that challenge by combining an optimal platinum alloy composition with a carefully engineered crucible shape. The shape ensures uniform distribution of heat across the 50 mL capacity, while the platinum’s excellent thermal conductivity enhances overall process control. Furthermore, the crucible’s resistance to abrupt temperature changes helps prevent cracking or warping, ultimately prolonging operational lifespan for consistent, reliable performance.

2. Manufacturing Process

Transforming raw platinum into the Standard Pt Crucible 50 mL involves several precise operations, beginning with the careful preparation of platinum powder and alloys. Skilled technicians then subject this specialised alloy to advanced forming, rolling, and shaping methods, resulting in consistent wall thickness and seamless construction. The crucible is meticulously heat-treated to reinforce its shape, delivering the stability necessary to withstand both chemical agents and fluctuating thermal conditions. Every step is closely monitored to guarantee that the customised dimensions align with each user’s unique laboratory protocols.

Following shaping, dedicated inspection and finishing steps finalise the manufacturing cycle. Fabricators use specialised polishing and smoothing procedures to achieve a flawless interior surface that aids in rapid sample removal and cleaning. Consistency is maintained by automated devices that track dimensional accuracy and surface uniformity. Before shipment, a final round of checks assures that each crucible meets rigorous quality benchmarks, demonstrating that it is ready for immediate integration into analytical, research, or industrial processes.