Plastic Series Of Environmental Protection Equipment

The horizontal design keeps the tank height low, making it suitable for buildings with limited headroom while providing a large storage capacity. The tank body is formed in one piece through a PPH...

The main difference between this model and a standard purification tower is its combination of antistatic and flame-retardant properties. PPH raw material is combined with antistatic material and...

The PPH Anti static Wound Duct is designed for industrial applications where static electricity poses a potential safety risk. Unlike conventional plastic pipes, it combines a PPH matrix with a...

The PPH Wound Eco Friendly Vacuum Unit uses PPH material and a one-piece winding process for oil-free vacuum operation. Its corrosion resistance and relatively low weight make it suitable for...

The PPH Wound Vertical Storage Tank is made from PPH using spiral extrusion winding technology. Its corrosion resistance and lightweight structure make it suitable for storing corrosive liquids in...

The main difference between this model and a standard falling film absorber is its antistatic construction. Static charge can accumulate on highly insulating plastic surfaces and create a...

The tank body is formed in one piece by winding PPH pellets, eliminating seams in the tank shell. This construction reduces potential leakage points associated with joints. The winding process...

Also known as a PPH activated carbon adsorption box or tower, the PPH Wound Activated Carbon Adsorber is designed to treat organic exhaust gas. It uses activated carbon's porous structure and...

This tower uses a packing layer and two-stage reverse spraying rather than tubes or rotating plates. Exhaust gas contacts the absorption liquid over the packing surface, allowing neutralization to...

Also known as a PPH ion exchange column, the PPH Wound Ion Exchanger removes hardness ions such as calcium and magnesium from water through ion exchange. It uses high-performance resin as the...

This all-plastic shell-and-tube unit is designed for heat exchange in corrosive environments. Fixing rings, snap rings, and bolts hold the heat exchange tubes inside the shell, allowing the tubes...

Exhaust gas enters tangentially at the bottom of the tower, while absorption liquid is distributed from the top across the vortex plate layers. As the gas rises through the blades, it develops a...