Product Description:

The heavy metal capturing agent is a type of coagulant that is commonly used in the treatment of industrial wastewater. It is especially effective in removing heavy metals from wastewater in industries such as electroplating, chemical production, printed circuit board (PCB) manufacturing, power plants, and steel production.

This coagulant has several notable qualities that make it a popular choice for heavy metal removal. It can form compact flocs, which are clumps of particles that settle quickly. This allows for efficient and rapid removal of heavy metal ions like nickel, copper, zinc, and chromium from wastewater. Additionally, it is highly adaptable to different water temperatures and pH levels.

One of the main advantages of using heavy metal capturing agents is their low treatment cost. They are also known for their excellent treatment results and ease of operation, making them a preferred choice in industries such as PCB manufacturing, electronics, electroplating, and metal production.

Features:

• Wide pH Range Applicability

The chelating agent showcases exceptional efficiency over a wide range of pH levels, ranging from 2 to 14. This impressive versatility allows for the comprehensive treatment of various heavy metal compositions found in wastewater.

• Strong Chelating Capability

With its powerful formula, this chelating agent is capable of capturing and removing different heavy metal ions, such as copper, zinc, and nickel. Remarkably, it can reduce copper levels to 0.3mg/L, zinc levels to 1mg/L, and nickel levels to 0.1mg/L.

Technical Parameters:

The appearance of this substance is a yellow to light brown liquid.

The minimum activated content present in this substance is 40%.

The specific weight of this substance at a temperature of 20°C ranges from 1.05 to 1.20.

The maximum amount of water insoluble present in this substance is 0.3%.

The PH of a 1% solution of this substance falls in the range of 8 to 10.

Applications:

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.

The cosmetic industry also generates wastewater, such as cosmetics factory sewage, domestic sewage, surface active wastewater, industrial washing wastewater, foundation and makeup wastewater, skin care product equipment cleaning wastewater, fragrance wastewater, and bottle washing wastewater.

The painting industry contributes to the production of wastewater through processes such as coating workshop wastewater, spray paint wastewater, water-based paint wastewater, color paint wastewater, printing plant wastewater, ink wastewater, pigment wastewater, and fluorescent agent wastewater.

The chemical industry is another major source of wastewater, including chemical plant sewage, inorganic chemical wastewater, organic chemical wastewater, plastic industry wastewater, detergent sewage, fertilizer wastewater, industrial cooling water, and industrial circulating water.

Packing and Shipping: