Global Best Chemical & Petrochemicals Data Base, Chemical Prices

Ammonium Nitrate   (NH₄NO₃) often brings to mind the sight of a lush green field and a bountiful harvest. However, this everyday white crystal holds a hidden double nature. Although it is an essential fertilizer for agriculture,   Ammonium Nitrate   has a secret weapon - it is also the main ingredient in most explosives! Let's discover the incredible world of Ammonium Nitrate, and how it is used in agriculture, industry and the scientific miracles of rocket propulsion. Additionally, we'll explore the safety measures which should be taken when working with this multi-faceted and, at the same time, dangerous substance. Hence, be ready for an exciting ride (safely, of course) as we uncover the science of this awesome molecule! Ammonium Nitrate's journey from wartime necessity to agricultural hero began in the 1940s. Back then, large-scale production boomed to meet the demands of munitions. However, after World War II, this powerful compound was repurposed for a more peaceful r

Have you ever stopped to think about the magic behind a perfectly chilled beverage, the fire extinguisher hanging on the wall, or the delicate components in your smartphone? The answer might surprise you: it could all be thanks to liquid carbon dioxide. This fascinating substance plays a surprisingly vast role in our everyday lives. From keeping food fresh to ensuring our safety in emergencies,  liquid CO2  is a true hidden powerhouse. Let's dvelve deeper into the world of liquid CO2 and explore its diverse applications. Introduction Liquid carbon dioxide  is a versatile player in many industries. In the food world, it keeps things cool, acting as a refrigerant for freezing and chilling everything from ice cream to meats. It's also the secret behind the fizz in your favorite drinks by adding carbonation. Even water treatment gets a boost from liquid CO2. Beyond food and beverages, this liquid form of carbon dioxide has industrial applications. It helps test the durability of ai

Forget wood spirits -   Methanol   is a modern marvel with a hidden past! This colorless liquid might sound old-fashioned, but it's a key player in everything from fuel to pharmaceuticals. Dive in with us to uncover how Methanol is made (hint: it doesn't involve chopping down trees anymore!), the surprising ways it's used in everyday products, and who's leading the innovation. Let's reveal the true potential of Methanol! Introduction Methanol , a simple alcohol derived mostly from Natural gas, is a key player in many everyday products. It's a building block for chemicals like acetic acid and formaldehyde, and even newer things like ethylene and propylene. When mixed with these other substances, Methanol acts like a middleman, allowing creation of countless products based on Methanol and its derivatives. From the clothes we wear (synthetic fabrics) to the construction materials around us (plastics, plywood), and even the medicines we take, Methanol's influenc

Polybutylene terephthalate , or PBT for short, might sound like a complex scientific mouthful. But behind this technical term lies a remarkable material with a wide range of applications in our everyday world.  Chemically similar to its more well-known cousin PET (used in plastic bottles), PBT boasts  impressive strength and crystalline structure. Today, we'll delve into the world of PBT, exploring its properties and the surprising places you might encounter this versatile material. Introduction Polybutylene terephthalate (PBT) , a distinguished member of the polyester polymer family, has sparked considerable commercial interest owing to its remarkable versatility across a broad spectrum of applications. From automotive components to electrical and electronic devices, medical equipment, and beyond, PBT finds its place in an array of industries. Its extensive product range encompasses various grades tailored for injection molding, including reinforced, filled, impact-modified, and f

Glycerin   might seem like a basic ingredient, a clear, odorless liquid found on countless product labels. But behind its simple appearance lies a world of surprising benefits. From keeping your skin healthy to aiding medical treatments, Glycerin's uses extend far beyond the cosmetic aisle. In this blog post, we'll delve into the fascinating world of Glycerin. We'll explore its surprising origins, from everyday sources like vegetable oils to its role in industrial applications. We'll also uncover the science behind Glycerin's effectiveness in skincare and its potential health benefits. So, whether you're a curious consumer or a skincare enthusiast, get ready to discover the hidden potential of this versatile molecule! Introduction Glycerin , a dense and transparent liquid devoid of scent, offers a multitude of advantages spanning from medicinal applications to cosmetics. Its versatility manifests in skincare routines, either in its pure form or as an ingredient