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Why Should A Dedicated Moisture-Proof Box Be Chosen for FTIR
Read moreFTIR is an instrument that analyzes molecular structure and chemical composition by detecting the absorption/transmission characteristics of substances to infrared light. Core purpose: 1. Qualitative analysis: Identify the functional groups and chemical bonds of the substance (such as C-H, O-H), and determine the type of the substance (such as organic, inorganic, polymer). 2. Quantitative analysis: […]
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7 Data-Backed Hot Isostatic Pressing Advantages for Flawless Components in 2025
Read moreAbstract Hot Isostatic Pressing (HIP) is a materials processing method that subjects a component to both elevated temperature and high-pressure gas simultaneously. The principal objective of this process is the elimination of internal porosity and micro-voids within a material, thereby achieving full densification. By applying isostatic pressure—pressure exerted uniformly in all directions—using an inert gas […]
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Application of Infrared Spectrometer in Powder Tablet Pressing Method
Read moreThe NDM-15 manual infrared laboratory IR press is specifically designed for solid powder sample preparation for Fourier infrared spectrometers. The product features an integrated structure, with a fast upper pressure speed and high stability. It is equipped with imported piston components and oil port seals to prevent hydraulic oil leakage. It is suitable for pressing […]
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Expert Guide to the Hot Isostatic Press Process: 5 Key 2025 Trends for Advanced Materials
Read moreAbstract The hot isostatic press process (HIP) is a materials engineering technology that subjects components to elevated temperatures and isostatic gas pressure, typically using argon. This simultaneous application of heat and pressure eliminates internal porosity and micro-voids within materials, leading to a fully dense, homogenous microstructure. The process is foundational for enhancing the mechanical properties […]