Catalyst Characterization from BEL Japan Inc.


BELSORP-mini:
Specific Surface area and pore size distribution of porous and powdered material. Up to three samples can be measured simultaneously and independently. Liquid Nitrogen level control is not necessary due to our unique measuring method of dead volume.(Patent ending).


BEL-SOFC :
Evaluation and Deterioration System for Flat plate single Cell in SOFC. Upto 1000 C temperature and 100Kpa pressure range. Execellent compact automatic system for SOFC studies.


BEL-CAT catalyst Analyzer :
Evaluation such as TPD, TPR, TPO, METAL, Dispersion, BET 1 Point Method and Pulse Adsorption can all be carried out in the single instrument. Equipped with high sensitivity 4 element TCD Detector. Our Unique TPD sample cell does not allow re- adsorption and also catalyst temperature can be measured directly. Therefore highly reproducible data can be generated. BEL-CAT is a flow method system.



BELSORP-max :
Simultanuous 3 sample measurement Very low surface area by Krypton. Pore Size Distribution and Specific Surface Area, Adsorption Isotherm Measurement of of a variety of non-corros sive gase NH3 etc, Vapour Adsorption and Chemisorption option available. No need for liquid Nitrogen level control as dead volume change is continuously measured by a ptented method. Excellent BELMASTER software for quick and easy evaluation of all parameters.


BEL-Metal3:
Measures Rare metal adsorption to find out 1) Metal dispersion rate (2) metal surface area, (3) average metal particle size.


BELSORP-BG:
For measurement of Binary gas adsorption isotherm from different molecular weight gases involving volumetric and gravimetric methods.


3G Porometer system :
The Xonics Porometer 3G is a pore Size and permeability analyzer suitable for through-pore samples such as membrane filters, paper, porous plastics, thin films and other sheet materials. It can analyze geotextiles, fabrics, woven and sintered metal sheet filters and many other porous materials. The 3'. generation product seriese uses the well-known liquid expulsion technique.