Latest Agent | Jiangsu Keqi signs contract with Ruixin Intelligent Manufacturing Nano Coulter Particle Size Analyzer as the agent for Nanjing region

Good news: Jiangsu Keqi has partnered with Shenzhen Ruixin Intelligent Manufacturing to officially become the general agent of Ruixin Intelligent Manufacturing's nano Kurt particle size analyzer in the Nanjing region.

The Nanjing region provides prototypes, and users in need can apply for a trial.

Ruixin Intelligent Manufacturing has developed a nano Coulter particle size analyzer based on the classic Coulter principle. Shouchuang is a solid-state nanopore particle analysis platform that uses a new generation of electrical detection methods, with a particle size resolution of up to 1nm.Realize single particle detection of nanoparticles, obtaining multidimensional data (particle size, concentration, zeta potential, morphology) in one test, providing accurate data for scientific research, production quality control, pharmaceutical research and development, and other fields.

Performance advantages:

1. Ultra high precision

Not affected by optical properties such as refractive index and absorbance of the sample, there is no mutual influence between particles, and the data is more accurate

2. Single particle detection

Classic Kurt principle, precise analysis of each through-hole particle, truly single particle detection, with better measurement performance for multi dispersed samples with wide particle size distribution

3. Multi dimensional detection

Single detection can obtain multidimensional data such as particle size, concentration, zeta potential, morphology, etc

4. More authentic data

The data is not fitted, and the volume particle size of a single particle is directly measured to obtain the concentration distribution of all particle sizes in the sample, which most accurately reflects the true state of the sample

5. Ultra high resolution

The particle size resolution can reach 1nm, meeting high-precision application scenarios and comparable to electron microscopy