Pore Size Distribution Determining Device
Application:
* Drawing the adsorption isotherm diagram for the materials
* Determining the BET specific surface of materials in a single-point and multipoint manner
* Examining the micro pores by Langmuir method
* Examining the external surfaces of materials using the T-plot method
* Examining the size distribution of pores from the BJH method
* Checking the amount of physical absorption of materials
Product Introduction:
It is one of the most widely used devices in determining the characteristics of nanostructured materials, including metal nanoparticles, metal oxide, sulfide, nanotubes, nanofibers, nanoabsorbents, etc. The most important properties of materials that can be measured by this device are: BET specific surface area, pore size distribution and physical absorption properties of nanoparticles.
Technical Specifications:
Material | ٭ Sample container: Pyrex
٭ Pipes: stainless steel ٭ Solenoid valve: brass ٭ Injection chamber: steel |
Company | |
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Type | This product is a final B2B equipment. |
- Agriculture, Livestock, Poultry and Aquatics
- Chemicals
- Construction Industry
- Electronics
- Energy & Power Plant Industries
- Food Industry
- Game & Animation
- Industrial Machinery
- Laboratory Equipment
- Medical Equipment
- Medicine & Health
- Metals and Ceramics
- Mining Industry
- Oil, Gas & Petrochemical
- Paints, Resins & Polymer Adhesives
- Polymers and Composites
- Power & Control Engineering
- Software & Information Technology
- Telecommunications
Related Products
Application:
* Performing dynamic hardness tests and performance tests
* Tensile, compressive and control tests
* Simulating movement mechanisms in parts
* Performing fatigue tests on various materials with a large number of wheels
* Testing steel, composite, non-ferrous, concrete, asphalt, spring, shock absorber, airplane and helicopter parts, cars, etc.
Application:
* Investigating the rheological properties of rubbers and elastomers
* The effect of temperature and time on the viscosity of rubber materials
* Obtaining specific points and graphical information
* Suitable for quality control as well as research and development to combine rubber and elastomeric compounds with calibration attachments.
Application:
* Deep drawing test in the behavior of metals by the Swift method (Cupping test) to study the depth of cupping and also the phenomenon of earring.
* Biaxial tensile test or Erickson›s expansion test to determine the limiting dome height (LDH) and draw Forming Limit Diagrams (FLD)
* Conducting Hot Forming test on different sheets
* Helping to design or more accurate calculations according to simulated work conditions
* Controlling the raw materials before production Research and development in the field of metal sheets
Application:
Characterization of coatings, batteries, solar cells, fuel cells and…
Application:
* Measurement of parameters such as change in mass, crystal-to-glass transition temperature, chemical decomposition temperature, thermal stability, oxidation stability, enthalpy, specific heat and phase diagrams.
* Thermal analysis of powder samples or very small metallic and non-metallic parts (in the atmosphere of air or inert gases)
* Study of catalytic modes, decomposition reactions and speed of reactions
* Studying the polymerization of organic materials
* Characterization of melting, freezing, evaporation and sublimation reactions
* Study of pyrolysis of coal, wood and petroleum derivatives
* Determining the amount of moisture, volatile substances and ash of different materials
Application:
* Creating nanometer coatings with different thicknesses using stable nano colloidal solutions
* The possibility of layering on circular and cylindrical surfaces
Application:
* Making cells containing thin films for solar cells
* Fabrication of fuel cells membrane with uniform structure and thickness
* Layering of smart windows and mirrors with a certain thickness and uniformly
* Controlling the thickness and density of optical coatings
* Molecular layering in the construction of electronic sensors
* Layering in the production of biomaterials
* Production of medicinal substances with improved dissolution and dispersion properties
Application:
Some of the catalytic applications are:
* Hydro cracking, hydro desulfurization and hydro denitrogenation
* Fischer-Tropsch synthesis
* Isomerization
* Reforming
* Fischer-Tropsch synthesis
* Cracking and fuel cell
Application:
* Determining the amount of ice adhesion to various metallic and non-metallic surfaces, paints, coatings, car and airplane bodies, satellite antennas, power transmission cables and other surfaces.
* Obtaining accurate shear-stress between ice and coating in different freezing modes and different temperature and environmental conditions
Application:
Measuring specific surface area and porosity is significant in many applications such as catalysts, Nano adsorbents, compounds and additives, pharmaceuticals and food industries, as well as in Nano structures such as metal nanoparticles, nanotubes, nanofibers, etc.
Application:
Measurement of static contact angle, dynamic contact angle, surface tension and surface energy
Application:
* The ability to perform tests for metals, bars and belts, all types of rubber, plastics and composites, industrial parts, etc.
* Ability to perform tensile, bending, compression, peeling, tear, relaxation, and creep tests