Effective Heavy Metal Irons Removal Heavy Metal Chelating Agent For Electroplating Wastewater

Product Description:

The heavy metal capturing agent is a coagulant commonly used in industrial wastewater treatment. It plays a critical role in removing heavy metals from various industries including electroplating, chemical, printed circuit board (PCB), power plant, and steel.

This coagulant is known for its unique features such as compact floc formation and fast-settling characteristics. The combination of these properties results in a high removal efficiency of heavy metal ions such as nickel, copper, zinc, and chromium from wastewater. Additionally, it has a wide adaptability to water temperature and pH values.

One of the major advantages of this heavy metal capturing agent is its low treatment cost. Despite its cost-effectiveness, it delivers excellent treatment results. Furthermore, it is easy to operate, which has contributed to its widespread use in industries such as PCB, electronics, and electroplating.

Features:

• Wide pH Range Applicability

The chelating agent boasts impressive efficiency over a wide range of pH levels, spanning from 2 to 14. This unparalleled versatility allows for the thorough treatment of a variety of heavy metal compositions present in wastewater.

• Strong Chelating Capability

With its powerful formula, this chelating agent can successfully capture and eliminate numerous heavy metal ions, such as copper, zinc, and nickel, among others. Remarkably, it can reduce the levels of copper ions to 0.3mg/L, zinc ions to 1mg/L, and nickel ions to 0.1mg/L.

Technical Parameters:

• Appearance:

The appearance of the substance is a yellow to light brown liquid, which can be observed with the naked eye.

The minimum activated content of the substance is 40%, indicating a high level of reactivity and effectiveness.

• Specific Weight at 20°C:

The specific weight of the substance at a temperature of 20°C falls within the range of 1.05 to 1.20, which is considered to be of a moderate weight.

• Water Insoluble:

The substance has a maximum water insolubility of 0.3%, meaning that most of it can be dissolved when exposed to water.

• pH (1% solution):

When a 1% solution is prepared, the pH of the substance falls within the range of 8 to 10, indicating that it is slightly basic.

Applications:

• Hardware Industry Wastewater

The hardware industry produces various types of wastewater, including cutting fluid wastewater, stripping fluid, metal parts cleaning wastewater, surface cleaning wastewater, equipment cleaning wastewater, die-casting emulsified wastewater, oily emulsified wastewater, degreasing sewage, and grinding wastewater.

• Cosmetic Industry Wastewater

The cosmetic industry also generates its own wastewater, which includes sewage from cosmetics factories and domestic sources, surface active wastewater, industrial washing wastewater, foundation, and makeup wastewater, skin care product equipment cleaning wastewater, fragrance wastewater, and bottle washing wastewater.

• Painting Industry Wastewater

In the painting industry, the following types of wastewater may be produced: coating workshop wastewater, spray paint wastewater, water-based paint wastewater, color paint wastewater, printing plant wastewater, ink wastewater, pigment wastewater, and fluorescent agent wastewater.

• Chemical Industry Wastewater

In the chemical industry, wastewater can come from various sources such as chemical plants, inorganic and organic chemical processes, plastic manufacturing, detergent production, fertilizer production, and industrial cooling and circulating water. All of these types of wastewater require proper treatment to prevent harm to the environment and public health.

Packing and Shipping: