Reagent-Grade Ammonia
Reagent-grade ammonia from Shandong Qingjia Chemical Co., Ltd. is specially developed for scientific research, laboratory analysis, and precision chemical synthesis. Its core advantages include high purity and low metal ion content, with extremely low impurity levels. It strictly follows reagent-grade production standards and uses refined manufacturing and rigorous quality inspection processes.
Attribute advantages include high purity achieved through a dedicated refining process, far exceeding conventional ammonia. Low metal ion content is strictly controlled, effectively avoiding interference with experimental reactions and precision synthesis. Impurities are controllable through full‑process reagent‑grade specifications, ensuring minimal batch‑to‑batch variation. Strong adaptability allows direct use in precision experiments without additional purification. Full compliance with national reagent‑grade standards is supported by authoritative test reports.
Product technical features include deep purification technology (multi‑stage precision filtration + ion exchange), precise impurity control technology (trace impurity and metal ion detection down to ppm level), clean production in a reagent‑grade clean workshop, aseptic filling with a closed loop system, and precision testing equipment with trace‑level detection and traceable data.
Regarding color and material, the product is a highly transparent colorless liquid with no mechanical impurities or odor, only a very slight ammonia smell. The main components are high‑purity ammonia and ultrapure water. Packaging uses reagent‑grade sealed containers such as high‑purity corrosion‑resistant quartz glass or food‑grade HDPE, available in sizes like 500 mL bottles and 20 L clean pails, all sterile and impurity‑free to prevent contamination and ammonia volatilization.
Product functions include laboratory analysis assistance (pH adjustment, sample purification, titration), precision chemical synthesis (core auxiliary raw material for organic/inorganic synthesis), support for scientific research (new materials, pharmaceutical intermediates, environmental testing), and trace impurity removal.
Application areas cover laboratory analysis and testing, precision chemical synthesis, scientific research in universities and institutes, as well as other precision scenarios such as electronic material processing and biological experiments.
