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Application areas of PolyDADMAC
PolyDADMAC, whose full name is Polydimethyldiallylammonium chloride, is a polymer compound widely used in the field of water treatment. Due to its unique properties, such as good flocculation and stability, PolyDADMAC is widely used in industries such as water treatment, papermaking, textile, min...Read more -
How does polyamine work?
Polyamine, a vital cationic polyelectrolyte, operates as a potent agent in various applications owing to its unique characteristics and mechanisms. Let’s delve into the workings of polyamine and explore its versatile applications. Characteristics and Applications of Polyamines: Polyamine i...Read more -
What polymers are used as flocculants?
A key stage in the wastewater treatment process is the coagulation and settling of suspended solids, a process that relies primarily on chemicals called flocculants. In this, polymers play a vital role, so PAM, polyamines.This article will delve into common polymer flocculants, the application of...Read more -
What is the difference between ACH and PAC?
Aluminum chlorohydrate (ACH) and polyaluminum chloride (PAC) appear to be two distinct chemical compounds used as flocculants in water treatment. In fact, ACH stands as the most concentrated substance within the PAC family, delivering the highest alumina content and basicity achievable in solid f...Read more -
Common misunderstandings when choosing PAM
Polyacrylamide (PAM), as a commonly used polymer flocculant, is widely used in various sewage treatment scenarios. However, many users have fallen into some misunderstandings during the selection and use process. This article aims to reveal these misunderstandings and give correct understanding ...Read more -
PAM Dissolution Methods and Techniques: A Professional Guide
Polyacrylamide (PAM), as an important water treatment agent, is widely used in various industrial fields. However, dissolving PAM can be a challenge for many users. PAM products used in industrial wastewater mainly come in two forms: dry powder and emulsion. This article will introduce the dissol...Read more -
Foam problems in water treatment！
Water treatment is a crucial aspect in modern industrial production. However, the foam problem often becomes a key factor in restricting the efficiency and quality of water treatment. When the environmental protection department detects excessive foam and does not meet the discharge standard, dir...Read more -
Defoamers in Industrial Applications
Defoamers are essential in industrial applications. Many industrial processes generate foam, whether it is mechanical agitation or chemical reaction. If it is not controlled and treated, it can cause serious problems. Foam is formed due to the presence of surfactant chemicals in the water system...Read more -
How do swimming pool chemicals work?
If you have your own swimming pool at home or you are about to become a pool maintainer. Then congratulations, you will have a lot of fun in pool maintenance. Before the swimming pool is put into use, one word you need to understand is “Pool Chemicals“. The use of swimming pool chemic...Read more -
How does the pH level affect chlorine levels in pools?
Maintaining a balanced pH level in your pool is extremely important. The pH level of your pool affects everything from the swimmer experience to the lifespan of your pool’s surfaces and equipment, to the condition of the water. Whether it’s a saltwater or chlorinated pool, the main di...Read more -
PAM Flocculant: a powerful chemical product for industrial water treatment
Polyacrylamide (PAM) is a hydrophilic synthetic polymer widely used in water treatment processes. It is primarily used as a flocculant and coagulant, a chemical agent that causes suspended particles in water to aggregate into larger flocs, thereby aiding their removal through clarification or fil...Read more -
Why is pool chlorination necessary?
Swimming pools are common facilities in many homes, hotels, and recreational venues. They provide a space for people to relax and exercise. When your pool is put into use, many organic substances and other pollutants will enter the water with air, rainwater, and swimmers. At this time, it is impo...Read more