PT8189 Standard Platinum Crucible (Standard Pt Crucible) 35 mL

Standard Platinum Crucible (Standard Pt Crucible) 35 mL Description

Our Standard Platinum Crucible offers a 35 mL capacity, meticulously crafted from high-purity platinum to ensure exceptional durability and thermal stability. Its chemical inertness makes it the ideal choice for demanding analytical applications, such as sample preparation, fusions, and ashing. By maintaining integrity under extreme heating and cooling cycles, this crucible supports accurate, repeatable results in laboratories, research facilities, and production environments.

Designed with customised dimensions, each crucible adheres to stringent quality control measures, guaranteeing consistent performance and longevity. The flawless, smooth interior simplifies sample handling and minimises potential contamination, allowing users to obtain precise data even when working with sensitive materials. Rely on the Standard Platinum Crucible to meet the highest standards of reliability, purity, and reproducibility in materials testing and advanced analytical procedures.

Standard Platinum Crucible (Standard Pt Crucible) 35 mL Applications

Standard Platinum Crucible (Standard Pt Crucible) 35 mL is an essential laboratory tool used in high-temperature procedures, including fusions, ignitions, and ashing of samples. Its superior thermal stability and chemical inertness make it indispensable across various industries. The crucible ensures minimal contamination, reliable results, and optimal performance under extreme temperature conditions, contributing to accurate, reproducible, and efficient laboratory outcomes.

1. Laboratory and Analytical Applications

·        Fusions for Sample Analysis: Ideal for preparing geological or mineral samples by melting and fusing them at elevated temperatures.

·        Ashing of Organic Materials: Allows precise mass measurement after complete organic burn-off, ensuring accurate residue determination.

2. High-Temperature Processes

·        Thermal Decomposition Studies: Enables controlled heating of substances to investigate degradation and reaction pathways.

·        Glass and Ceramic Synthesis: Facilitates melting and blending of raw materials under stringent purity requirements.

3. Research and Industrial Operations

·        Precious Metal Recovery: Suitable for refining and separating metals due to platinum’s outstanding chemical resistance.

·        Catalyst Production: Ensures consistent heating and minimal contamination, promoting reliable batch-to-batch performance.

Standard Platinum Crucible (Standard Pt Crucible) 35 mL Packaging

Each Standard Platinum Crucible (35 mL) is meticulously packaged in a robust foam-lined container, providing superior shock absorption during transit. The crucible is then vacuum-sealed to protect against contamination and moisture, and treated with anti-corrosion measures to preserve its finish. Custom packaging options, such as specialised labelling and additional protective layers, can also be provided to meet unique handling and storage requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Standard Platinum Crucible (Standard Pt Crucible) 35 mL FAQs

Q1: What are the key material properties of Standard Platinum Crucible (Standard Pt Crucible) 35 mL?

A1: The Standard Platinum Crucible (Standard Pt Crucible) 35 mL is typically fabricated from 99.95% or higher purity platinum. This exceptionally high purity ensures chemical inertness, excellent resistance to oxidation, and minimal interaction with sample materials. Platinum’s superior thermal conductivity and high melting point allow it to withstand temperatures up to 1 770°C, reducing the risk of contamination and mechanical distortion. The crucible’s walls maintain uniform thickness, enhancing heat distribution.

Q2: How can this Standard Platinum Crucible (Standard Pt Crucible) 35 mL be processed or fabricated?

A2: Fabrication often begins with melting and refining high-purity platinum, after which the metal is cast into ingots. These ingots are then hot-rolled and drawn into thin sheets to form crucibles with precise dimensions. Cold hammering and annealing cycles reduce stress and refine grain structure, ensuring the crucible’s durability and uniform thickness. Advanced methods, such as deep drawing or spinning, may also be employed to achieve optimal shape consistency.

Q3: Which quality standards and certifications apply to Standard Platinum Crucible (Standard Pt Crucible) 35 mL?

A3: The product must adhere to international specifications for chemical purity, often verified through ISO 9001-certified manufacturing processes. Additional certifications may include ASTM B522 for platinum materials, which mandates purity thresholds and trace element control. Laboratories may follow ISO/IEC 17025 guidelines to ensure reliable testing outcomes. Each crucible typically undergoes rigorous dimensional inspection, alloy composition analysis, and microstructural examination, guaranteeing consistent performance and compliance with industry benchmarks.

Related Information

1. Material Properties and Advantages

Boasting a meticulously refined composition, the Standard Platinum Crucible (Standard Pt Crucible) 35 mL exhibits exceptional thermal conductivity and corrosion resistance. Its specialised grade ensures consistent performance across a wide range of laboratory and industrial applications, where precise measurements and high-temperature consistency are paramount. The crucible’s unique shape, designed specifically as a crucible, further optimises heat transfer, making it an ideal choice for rigorous thermal processes involving melting, fusing, or ashing operations.

Crafted with unwavering attention to detail, this crucible incorporates customised dimensions tailored to individual requirements without compromising structural integrity. The combination of carefully sourced platinum and cutting-edge production ensures a stable, non-reactive environment for materials subjected to intense temperatures. These key properties reduce the potential for contamination during procedures, highlighting the crucible’s role as a reliable and long-lasting solution in demanding laboratory settings.

2. Quality Control Measures

Dedicated teams perform stringent assessments at every stage of manufacturing to guarantee each Standard Platinum Crucible meets exact specifications. From raw material inspection to final dimensional verification, the entire process is documented and monitored for accuracy and uniformity. By adhering to rigorous in-house protocols, manufacturers ensure that the crucible’s shape, capacity of 35 mL, and customised dimensions align perfectly with client demands and global industry benchmarks.

Extensive testing procedures, including purity analysis and stress testing at elevated temperatures, further validate the crucible’s reliability under challenging conditions. Manufacturers rely on advanced analytical equipment and standardised methodologies to eliminate any risk of imperfections or inconsistencies. Such robust quality control measures underscore the crucible’s integrity and performance, enabling researchers and professionals to operate with confidence when employing it in diverse high-precision workflows.