Standards:

Applications:

The surface area analyzer measures the pressure and calculates the molar amount absorbed in the difference between the molar amount of gas allowed to flow into the system and the amount of gas remaining in the system. The BET theory of gas absorption is used to calculate surface area according to the absorption of pressure measurement.

Product Information:

Introduction

An adsorption membrane that is invariable to form a clean surface is exposed to the gas. Adsorption membranes can also be formed on the surface of porous materials. The amount of adsorption gas at constant temperature depends on the magnitude of the pressure. The surface area analyzer measures the pressure and calculates the molar amount absorbed in the difference between the molar amount of gas allowed to flow into the system and the amount of gas remaining in the system. The BET theory of gas absorption is used to calculate surface area according to the absorption of pressure measurement.

Features

◆ Adopt the new technology design, the instrument is beautiful and generous, the operation is simple, the use mission is long.

◆ Perform surface area (single point and multipoint) analysis.

◆ You can measure the volume of the void.

◆ Fast, just four minutes, and the result is accurate.

◆ Highly reproducibility.

◆ Sample can be discharged on the spot.

◆ Automatic calibration routines.

◆ High degree of automation, automatic operation and minimum operator.

◆ Very few maintenance costs.

◆ Sound and cheap.

Methods

● The sample is placed in the sample chamber, and the quality and density of the sample are entered into the test setting of the fully automatic instrument.

● Slowly release the sample to remove any absorbed gas.

● Once the exhaust is over, the user installs the liquid nitrogen vacuum bottle immediately, and the gas can flow into the system.

● Constant measurement of flow rate and pressure, in the final report area.

Technical Parameters

FAQs

Q1: What is a Surface Area Analyzer used for?

A: It measures the specific surface area of solid and porous materials.

Q2: Which materials can be tested?

A: It can analyze powders, catalysts, activated carbon, porous materials, and battery materials.

Q3: What parameters can it measure?

A: Depending on the model, it can measure specific surface area and pore size distribution.

Q4: What measurement principle does it use?

A: Many analyzers use gas adsorption methods, such as the BET method.

Q5: Which industries use this instrument?

A: It is widely used in chemical engineering, pharmaceuticals, energy materials, and materials research.