PT8193 Standard Platinum Crucible (Standard Pt Crucible) 80 mL

Standard Platinum Crucible (Standard Pt Crucible) 80 mL Description

Experience exceptional performance and reliability with our Standard Platinum Crucible (80 mL), expertly designed for demanding thermal and chemical applications. Manufactured from high-purity platinum, this crucible exhibits remarkable resistance to corrosion and oxidation, ensuring long-lasting service life even under extreme temperatures. Its customised dimensions cater to precise operational requirements, enabling it to seamlessly integrate into various laboratory settings and research facilities.

Ideal for fusion, ashing, and other high-temperature processes, this Standard Pt Crucible adheres to rigorous quality standards. The platinum construction provides superior thermal conductivity and uniform heat distribution, promoting consistent results in both academic and industrial environments. Its robust design and impeccable craftsmanship maintain sample integrity and minimise potential contamination, affirming the crucible’s status as an essential asset for reliable data acquisition and meticulous experimental work.

Standard Platinum Crucible (Standard Pt Crucible) 80 mL Applications

Trusted for its ability to withstand extreme temperatures and chemical reactions, the Standard Platinum Crucible (Standard Pt Crucible) 80 mL is an essential tool across various scientific and industrial sectors. Its robust construction offers high thermal conductivity, corrosion resistance, and minimal contamination risk, making it suitable for precise sample preparation and analysis. From laboratories to large-scale research facilities, these crucibles excel in demanding applications that require consistent, reliable results.

1. Laboratory and Analytical Applications

·         High-Temperature Procedures: This platinum crucible’s exceptional heat tolerance allows accurate ash analyses, fusions, and roasting steps without structural failure.

·         Precise Sample Preparation: The crucible’s inert nature preserves element purity, ensuring reproducible results in gravimetric and loss-on-ignition testing.

2. Industrial Quality Control

·         Metal Purity Assessment: The crucible’s minimal reactivity ensures authentic measurements of metal quality and alloy composition.

·         Ash Content Verification: Consistent heating and reliable containment facilitate precise determinations of ash residues in various materials.

3. Advanced Research and Development

·         Synthesis of Novel Materials: Its stable, contamination-free environment is advantageous for formulating advanced ceramics and superconductors.

·         Catalyst Reaction Studies: The crucible’s uniform heating capabilities help evaluate and refine catalyst performance under rigorous conditions.

Standard Platinum Crucible (Standard Pt Crucible) 80 mL Packaging

This 80 mL Standard Platinum Crucible is carefully placed within protective foam inserts to cushion against impact. Each crucible is then sealed within a vacuum-packed polyethylene envelope to maintain purity and guard against airborne contaminants. Anti-corrosion measures include a moisture-resistant barrier for extended shelf life. Customised branding, labelling, and packaging configurations are available to meet specific laboratory or industrial requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Standard Platinum Crucible (Standard Pt Crucible) 80 mL FAQs

Q1: What are the key material properties of Standard Platinum Crucible (Standard Pt Crucible) 80 mL?

A1: Standard Platinum Crucible (Standard Pt Crucible) 80 mL is fabricated from high-purity platinum, ensuring excellent chemical inertness and resistance to corrosion even in aggressive environments. Its melting point of approximately 1,772°C and stable crystalline structure enable reliable performance under extreme temperatures. This crucible also exhibits minimal porosity and exceptional thermal conductivity, allowing for uniform heat distribution. As a result, it maintains dimensional stability and withstands repeated heating cycles without degradation.

Q2: How is the Standard Platinum Crucible (Standard Pt Crucible) 80 mL typically processed or fabricated?

A2: The manufacturing process for this crucible involves high-temperature melting of premium-grade platinum, followed by controlled casting or forging to achieve uniform thickness. Subsequent cold-rolling and precision spinning are employed to refine the crucible shape and dimensions. Specialised annealing steps reduce internal stresses and maintain material purity. Strict contamination controls ensure minimal impurities, while advanced machining techniques provide accurate capacity and consistent wall thickness, guaranteeing a robust and durable final product.

Q3: Which quality standards and certifications apply to Standard Platinum Crucible (Standard Pt Crucible) 80 mL?

A3: This crucible typically meets stringent industry guidelines, such as ISO 9001 for quality management systems and ASTM B693 for platinum and platinum alloys. Manufacturers often follow strict internal inspection protocols to confirm purity, thickness consistency, and defect-free surfaces. Third-party certifications may verify compliance with metallurgical specifications and traceability requirements. These measures guarantee repeatable results, high analytical precision, and full assurance of product integrity during demanding laboratory or industrial applications.

Related Information

1. Material Properties and Advantages

Manufactured with a specialised platinum composition (Grade), this Standard Platinum Crucible (Standard Pt Crucible) 80 mL provides outstanding thermal resilience and chemical inertness. It withstands a wide range of temperatures while preserving sample integrity, making it ideal for demanding laboratory procedures and high-precision applications.

Additionally, the crucible’s refined shape design maximises internal volume, ensuring consistent heat transfer across its customised dimensions. This structural advantage reduces the risk of contamination during sample handling and helps maintain purity, enabling accurate results in analytical research.

2. Manufacturing Process

Carefully controlled forming and welding steps differentiate this crucible from other platinum-based vessels, guaranteeing precise adherence to the standardised 80 mL capacity. Each unit undergoes specialised furnace treatments to eliminate internal stress, ensuring mechanical reliability under extended operational cycles.

Optimised machining ensures the Grade platinum alloy retains its crystalline uniformity, resulting in a smooth surface that is resistant to microfractures. This meticulous approach accommodates the crucible’s customised dimensions, enabling reliable performance across diverse testing environments.