Products

H-PAC® 7012 is a highly effective cationic coagulant for use in industrial and municipal water and wastewater applications for the removal of turbidity, color, suspended solids and phosphorus. It should be stored and handled in suitable non-corrosive materials such as fiberglass, reinforced plastic, PTFE, PVC/CPVC, rubber lined steel or polyethylene.

H-PAC® 8323S is a highly effective cationic coagulant for use in industrial and municipal water and wastewater applications for the removal of turbidity, color, suspended solids and phosphorus. It should be stored and handled in suitable non-corrosive materials such as fiberglass, reinforced plastic, PTFE, PVC/CPVC, rubber lined steel or polyethylene.

H-PAC® E7012 is a highly effective cationic coagulant for use in industrial and municipal water and wastewater applications for the removal of turbidity, color, suspended solids and phosphorus. It should be stored and handled in suitable non-corrosive materials such as fiberglass, reinforced plastic, PTFE, PVC/CPVC, rubber lined steel or polyethylene.

H-PAC® 7011S is a highly effective cationic coagulant for use in industrial and municipal water and wastewater applications for the removal of turbidity, color, suspended solids, and phosphorus. It should be stored and handled in suitable non-corrosive materials such as fiberglass, reinforced plastic, PTFE, PVC/CPVC, rubber-lined steel, or polyethylene.

H-PAC® 8023F is a highly effective cationic coagulant for use in industrial and municipal water and wastewater applications for the removal of turbidity, color, suspended solids, phosphorus and metals. It should be stored and handled in suitable non-corrosive materials such as fiberglass, reinforced plastic, PTFE, PVC/CPVC, rubber lined steel or polyethylene.

H-PAC® E8320 is a highly effective cationic coagulant for use in industrial and municipal water and wastewater applications for the removal of turbidity, color, suspended solids and phosphorus. It should be stored and handled in suitable non-corrosive materials such as fiberglass, reinforced plastic, PTFE, PVC/CPVC, rubber lined steel or polyethylene.

H-PAC® 4016 is a highly effective cationic coagulant for use in industrial and municipal water and wastewater applications for the removal of turbidity, color, suspended solids and phosphorus. It should be stored and handled in suitable non-corrosive materials such as fiberglass, reinforced plastic, PTFE, PVC/CPVC, rubber lined steel or polyethylene.

H-PAC® 5512 is a highly effective cationic coagulant for use in industrial and municipal water and wastewater applications for the removal of turbidity, color, suspended solids and phosphorus.

H-PAC® 8310 is a highly effective cationic coagulant for use in industrial and municipal water and wastewater applications for the removal of turbidity, color, suspended solids and phosphorus. It should be stored and handled in suitable non-corrosive materials such as fiberglass, reinforced plastic, PTFE, PVC/CPVC, rubber lined steel or polyethylene.

H-PAC® 7012S is a highly effective cationic coagulant for use in industrial and municipal water and wastewater applications for the removal of turbidity, color, suspended solids, and phosphorus. It should be stored and handled in suitable non-corrosive materials such as fiberglass, reinforced plastic, PTFE, PVC/CPVC, rubber-lined steel, or polyethylene.

H-PAC® 8021 is a highly effective cationic coagulant for use in industrial and municipal water and wastewater applications for the removal of turbidity, color, suspended solids, phosphorus and metals. It should be stored and handled in suitable non-corrosive materials such as fiberglass, reinforced plastic, PTFE, PVC/CPVC, rubber lined steel or polyethylene.

H-PAC® 8323 is a highly effective cationic coagulant for use in industrial and municipal water and wastewater applications for the removal of turbidity, color, suspended solids and phosphorus. It should be stored and handled in suitable non-corrosive materials such as fiberglass, reinforced plastic, PTFE, PVC/CPVC, rubber lined steel or polyethylene.