Graft polymerization and plasma-induced grafting are two technologies used to modify the surface properties of materials.

Polyethersulfone (PES) and nylon (NYLON) are both commonly used filter membrane materials. PES is a synthetic polymer composed of repeating units of ethylene

PVDF (polyvinylidene fluoride) and NC (nitrocellulose) are two different types of filter membrane materials used in a variety of applications

Polytetrafluoroethylene (PTFE) is a fluoropolymer with excellent chemical resistance and is suitable for filtering a variety of solvents. Due to its strong chemical stability

The requirements for filter membrane materials used for plasma separation will vary depending on the specific application and required results, but there are some general requirements that must be fol

"Total heat exchange membrane" and "sensible heat exchange membrane" refer to different types of membranes used in heat exchange applications.

The total heat exchange membrane mentioned here is also called an enthalpy exchange membrane. It is also called a special membrane for energy recovery ventilator

The relationship between microporous filtration membrane flux and pressure is described by the concept of transmembrane pressure (TMP).

Water is the source of life, and its role in modern industrial production is irreplaceable. As far as the semiconductor and microelectronics industries are concerned, water is used in some major proce

0.22 micron filter membranes are usually used in laboratories and the medical industry. They are mainly used to remove very small particles in solutions, such as bacteria.

The filtration of organic solvents is inseparable from microporous filtration membranes. So, what kind of membrane is suitable to choose?

Filter paper and microporous filter membrane are both particle filtration media and are commonly used in filtration applications in various industries. However, they are different in terms

Prefiltration of microporous filtration membranes refers to the process of removing some larger particles or contaminants before the feed solution enters the formal microporous filtration membrane.

When selecting microporous filtration membranes, the terms "rated pore size" and "absolute pore size" are often used. So, what are their general meanings and differences?

Microporous filtration membranes can be used to remove bacteria from solutions. The working principle is very simple. The pore size of the membrane is smaller than the size of the bacteria, prevent...

The use of microporous filtration membranes will become contaminated by particles, colloids, organic compounds and microbial growth over time. The fouling of pollutants will reduce the performance of

What is conductivity? Conductivity is a measure of the material's ability to conduct current. It is the reciprocal of resistivity.

The pore size of a microporous filtration membrane is a key parameter that determines its separation performance. Most methods for evaluating pore size use a variety of measurement methods.

The performance of microfiltration membranes is affected by many variables, here is a brief summary:
1. Membrane pore size. The size of the membrane pore size is a key variable that

The working principle of ion exchange membranes (IEMs) is based on their unique molecular structure, which allows the selective transmission of certain ions while excluding others.