Aluminium sample pan ,40ul ,6*1.7mm, DSC pan,fitting for Netzsch

Alumina pans are used for oxidation studies of metals, minerals, ceramics, clays, soils, and for melting and eutectic diagrams in the metals industry. The covers are pierced. A crimper is not required. Alumina Crucibles & Aluminum crucibles & Pt crucibles Samples pans for Perkin Elmer thermal analysis .CS Ceramic co.,ltd is a manufacturer that researches various Thermal Analysis DSC and STA TGA Consumables Perkin Elmer sample cups crucibles for thermal analyzer with 30 years of production history.

Alumina Crucible, Thermo-Gap-Analysis (TGA PAN) – Alumina Ta Pans

Alumina Pan (Thermal Analysis crucible) for DSC, DTA, TGA Thermal Analyzers ranging from 15ul to 2.5mL. Because high-temperature processes demand reliable components, Alumina Pan finds it’s the best application. Alumina possesses high melting point with strong hardness and good chemical stability. Thus making it an appropriate material to withstand high temperature and chemical corrosion. Thermal analysis such as DTA and DSC uses Alumina pans widely. LARK® LAB offers high-quality Thermal Analysis Pan (Crucible) for differential scanning calorimetry (DSC), Thermogravimetric analysis ( TGA) and Differential Thermal analysis ( DTA) application. By precise grinding and machining, the weight of each component is being maintained within tolerance limits. LARK® LAB also manufacture custom design thermal analysis and porous alumina micro crucibles depending on customised requirement.

We also supply thermal analysis crucible or pans in platinum and 99.7% alumina. Furthermore, we can also supply lid ( with a hole or without hole) for thermal analysis crucible. Lids can be without a step or with the step. Crucibles will be impervious.

FEATURES OF PERKIN ELMER ALUMINA TGA PANS

• PERKIN ELMER ALUMINA TGA PANS High purity: Al2O3>99%.
• High thermal conductivity: the heat transfer rate between the sample and crucible is fast to ensure that there is a minimum temperature difference between the two, and the temperature distribution is uniform.
• Stable structure performance: the high-purity powder is combined with the high-temperature sintering process under precise control to form compact and uniform micro crystalline phase structure, which ensures no peak in the process of use and is not easy to undergo physical and chemical reactions with the analyzed samples.
• High temperature stability: the temperature range is wide, and the maximum working temperature can reach 1750 degrees.
• High recycling rate: washing with water or 10% hydrochloric acid, drying, can be used repeatedly, without affecting the experimental results.