CAS: 75-05-8
Acetonitrile is a key player in the realm of plastic & rubber, standing tall with its exceptional traits and uses. A versatile liquid, both a solver of mysteries and a creator of wonders, essential in the construction and transformation of diverse plastic and rubber goods.Intriguingly versatile, its knack for breaking down various substances proves essential in crafting top-notch materials, guaranteeing optimal performance and lasting strength.
Acetonitrile—a disruptor in many sectors, yet birthed as a mere side effect in the creation of acrylonitrile. The backbone of synthetic fibers, such as nylon and acrylic resin, it stealthily emerges from the shadows of industrial processes, ready to play its part in the grand scheme of things.
Key Chemical Properties of Acetonitrile
● CAS Number: 75-05-8
● Molecular Formula: C₂H₃N
● Boiling Range (Distillation Range) ©: Min. 80, Max. 82.5
● Acetonitrile (% Wt): Min. 99.9
● Specific Gravity @ 20C: Min. 0.78, Max. 0.785
Physical Characteristics
● Solubility: Acetonitrile effortlessly blends with water and various organic solvents like ethanol, acetone, and ether, creating a mix-and-match dance of compatibility. This seamless merging ability opens doors to a world of diverse chemical and biological opportunities.
● Chemical Stability: Steady in normal conditions, but breaks down when exposed to extreme heat or powerful oxidizers.
● Appearance: Colorless liquid
Applications in the Plastics and Rubber Industry
Acetonitrile boasts unique traits crucial for the plastic & rubber sector. With a low boiling point and superior solubility, it elevates processing efficiency, emerging as a top pick for diverse uses.
Applications in Other Industries
● Oil & Gas: A key player in the game of extraction and purification. Helps bring out the best in hydrocarbons.
● Construction: Special concoctions in select sealants and building glues call for a solvent with a modest boiling point.
● HI&I (Household, Industrial & Institutional): It is used in certain industrial cleaners and degreasers, where it improves the effectiveness and penetration capacity of the formula.
● Pharmaceuticals: Serves in the production of pharmaceuticals, facilitating the synthesis of active ingredients.
● Agriculture: Applied in agrochemical formulations, contributing to the efficacy of pesticides and herbicides.