Lab
Laboratory Equipment
To maintain our commitment to quality, Kingdotech’s laboratory is equipped with the latest analytical instruments. Our comprehensive suite of equipment includes:
Specific Surface Area Analyzer
SSAA can accurately measure the specific surface area of CMS, helping to analyze the pore size distribution, pore volume, and other parameters of CMS. This optimizes its molecular sieving effect, improves its preparation process and performance, ensures product consistency and quality, and prevents performance variations between batches.
Pore Volume Analyzer
The PVA accurately measures the pore volume of CMS, and provides detailed information about the pore structure of CMS, including the total pore volume and the volume of pores within specific size ranges. Regular use of the PVA in CMS production ensures consistent quality and performance. It helps detect any variations in pore structure between batches, allowing for adjustments to be made to maintain uniformity.
Compression Strength Tester
Compression Strength Tester (CST) primarily serves to evaluate and ensure the mechanical strength and structural integrity of Carbon Molecular Sieve (CMS). Through CST, the mechanical strength of each batch of CMS can be consistently ensured, guaranteeing product quality stability, and optimizing subsequent production processes to improve the mechanical strength of CMS.
Abrasion Rate Analyzer
Abrasion Rate Analyzer primarily serves to evaluate and ensure the wear resistance and service life of Carbon Molecular Sieve (CMS), measuring the wear rate of CMS in environments with friction or vibration. This assessment ensures consistent wear resistance across each batch of CMS, guaranteeing the stability of product quality.
We’ll Test Your Carbon Molecular Sieve
At Kingdotech, we measure the performance of Carbon Molecular Sieve in our in-house laboratory. Only with the help of our laboratory can we ensure that the product meets the specified performance standards. Our testing mainly includes the following aspects:
Parameters Tested: Viscosity, Density, Moisture, Volatile Matter, Ash Content, pH, Water Absorption, Fixed Carbon Content, Heat-Induced Discoloration.
Parameters Tested: Particle Diameter, Particle Uniformity.
Parameters Tested: Volatile Matter, Ash Content, Moisture.
Parameters Tested: Compression Strength, Abrasion Rate.
Parameters Tested: Nitrogen Purity, Nitrogen Production Rate, Air-to-Nitrogen Ratio, Recovery Rate, Compression Strength, Abrasion Rate, Particle Diameter, Particle Length.
Parameters Tested: Nitrogen Purity, Nitrogen Production Rate, Air-to-Nitrogen Ratio, Recovery Rate.
Our laboratory is equipped with advanced instruments to perform these tests, ensuring consistent and reliable results.
We Test According to the Following Standards, Guides and Practices
- Method for determining bulk density of molecular sieves GB/T6286-2021
- Classification of molecular sieves GB/T36203-2018
- Method for determining the powdering degree of molecular sieves HG/T5336-2018
- Carbon molecular sieves HG/T4364-2020
- Carbon molecular sieves T/ZZB0492-2018
- Method for determining static water adsorption of molecular sieves GB/T6287-1986
- Method for determining particle size of granular molecular sieves GB/T6288-2021
Contact Us
At Kingdotech, our goal is to exceed our clients’ expectations by providing top-notch quality, customization, and after-sales services. Explore our website to learn more about how we can meet your specific carbon molecular sieve needs.
