2017 New Style Best Automatic Dosing Device - Cationic polyacrylamide – Oubo Detail:
Cationic Polyacrylamide is a white granule and it is a linear high molecular compound which is soluble in water. It is non-toxic and odorless, easily absorbs moisture, is insoluble in ethanol, acetone and other organic solvents, has positive charge active groups on molecular chains, and has excellent flocculation effect.
Cationic polyacrylamide is mainly used as flocculants and dewatering reagents for industry waste water and sewage; retention aids and intensifier in paper making industry; waste water treatment in pharmaceutical, leather making, printing and dyeing industry waste water treatment, and organizer in textile industry.
Application :
1.It is mainly used for the sludge dewatering and decrease the rate of water content of sludge.
2.It can be used to treat industrial wastewater and life sewage water.
3.It can be used for papermaking to improve dry and wet strength of paper and to improve dry and wet strength of paper and to increase the reservation of tiny fibers and fillings.
Product detail pictures:
Related Product Guide:
While using the "Client-Oriented" organization philosophy, a rigorous top quality command process, highly developed production devices and a potent R&D workforce, we normally provide high quality products, outstanding solutions and aggressive charges for 2017 New Style Best Automatic Dosing Device - Cationic polyacrylamide – Oubo, The product will supply to all over the world, such as: French , Romania , India , We maintain long-term efforts and self-criticism, which helps us and improvement constantly. We strive to improve customer efficiency to save costs for customers. We do our best to improve the quality of product. We will not live up to the historic opportunity of the times.
By Elma from Barcelona - 2015.02.04 14:13
The customer service staff's attitude is very sincere and the reply is timely and very detailed, this is very helpful for our deal,thank you.
By Priscilla from United States - 2015.06.18 17:25