Potassium Formate is a high-purity, white crystalline powder known for its exceptional water solubility and rapid dissolution. With a density of 1.9100 g/cm³, this product is highly deliquescent, meaning it readily absorbs moisture from the air. It is valued for its versatility and performance across various industrial and agricultural applications.

CAS Number: 590-29-4

EC Number: 209-677-9

Chemical Formula: CHKO₂

Specifications

Appearance: White crystalline powder

Purity: ≥97%

Moisture: ≤1.2%

KOH: ≤0.5%

K₂CO₃: ≤1.5%

Applications

1) Deicing Agent

Potassium formate is widely recognized as an efficient road deicing and snow-melting agent. It offers fast melting action and significantly reduces corrosiveness compared to conventional chloride- or acetate-based products. Its lower environmental impact and high performance make it a preferred choice for airports, highways, and urban roads.

2) Leather Industry

In leather processing, potassium formate serves as a camouflage acid in chromium tanning, improving the efficiency of tanning processes while helping maintain leather quality and uniformity.

3) Oilfield Industry

Potassium formate is used extensively as a high-performance component in drilling fluids, completion fluids, and workover fluids. Its excellent solubility and high-density properties contribute to wellbore stability, enhance lubrication, and minimize environmental risks.

4) Agriculture

Potassium formate can also be utilized as a water-soluble potassium source in agriculture. It provides a highly available form of potassium to support crop growth, enhance root development, and improve resistance to stress conditions. It is particularly suitable for fertigation systems and foliar sprays, helping deliver essential nutrients quickly and efficiently.

Storage

Store in a tightly sealed container in a cool, dry, and well-ventilated area. Protect from humidity to prevent clumping and degradation of quality.

Notice

For research and development use only. Not intended for food, drug, or household applications.