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Automatic Surface Area Analyzer LMSAA-103

Automatic Surface Area Analyzer LMSAA-103 measures surface area from 0.0005 m²/g with pore size analysis ranging from 0.35 nm to 500 nm. It features advanced gas adsorption technology and ensures rapid sample analysis. Equipped with high-sensitivity detector that delivers consistent and reliable results. It supports multiple analysis modes for enhanced flexibility. Our Analyzer is ideal for research, material science, and industrial quality control.

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Specifications

Test Range 0.0005 m²/g to no upper limit (surface area), 2 nm to 500 nm (mesopore & macropore), 0.35 nm to 2 nm (micropore)
Surface Area Repeatability Less than or equal to ±1 percent
Micropore Accuracy Less than or equal to 0.02nm
Analysis Principle BET surface measurement, Langmuir surface, BJH pore size distribution, DR micropore analysis, HK, MP, and t-plot methods
Operating Temperature Range 5 to 35℃
Operating Humidity Less than or equal 85%
Power Supply 220V, 50Hz/60Hz

Pricing

Product Price Unit Action
Automatic Surface Area Analyzer LMSAA-103 $ 33337.5 Each of 1

Features

User-friendly interface

Durable and robust build

Static Volume Method

Real-time data processing

Standard Accessories

Accessory

Quantity

Unit

Two-stage high performance vacuum pump 

1

Piece

Liquid nitrogen Dewar cup 

1

Piece

PS static degassing furnace 

2

Piece

3L Dewar lid 

1

Piece

Hanging lid 

1

Piece

Liquid nitrogen level measuring tape 

1

Piece

Vacuum pump bellows 

1

Piece

Clamp with steel ring 

2

Piece

Stainless steel pipe 

2

Piece

Serial data cable 

1

Piece

Serial data extension cable 

1

Piece

Instrument power cable 

1

Piece

Wiring board 

1

Piece

Mesoporous standard sample 

1

Piece

Magnetic hook 

1

Piece

Saturated vapor pressure spiral P0 tube 

1

Piece

Serial port card 

1

Piece

Protective glasses 

1

Piece

Bester spherical sample tube 

10

Piece

Spherical sample tube filling rod 

5

Piece

Funnel clamp 

3

Piece

Metal loading funnel 

2

Piece

External funnel 

1

Piece

Glass plug 

5

Piece

Degassing level anti Contamination bottle 

2

Piece

Cone type sample tube silicone plug 

5

Piece

PS sample tube seal ring Ø8 (12.0×7.6×2.2) 

20

Piece

Seal ring between Bottle and tube jacket (25×15×5 ) 

2

Piece

Seal ring between PS Tube jacket and module(17×13×2) 

5

Piece

P0 sealing ring (8.08×2.84×2.6) 

2

Piece

Dust filter bag 

2

Piece

Tube jacket filter element 

30

Piece

Sample tube filter element

1

Pack

Safety tube 

2

Piece

Sample weighing bucket 

1

Piece

Sample tube cleaning brush 

2

Piece

Dewar cup cleaning brush 

1

Piece

Sample nozzle grease 

1

Box

Cleaning cloth 

20

Piece

Stainless steel sample filling spoon 

1

Piece

Tee Joint

3

Piece

Sealing components, including four 1/16 tubes with a length of 10cm

9

Piece

Needle for filter cartridge replacement 

3

Piece

Simple toolset 

1

Piece

Applications

Automatic Surface Area Analyzer LMSAA-103 is employed in material science, pharmaceuticals, and nanotechnology for surface area and pore analysis. It supports research, quality control, and catalyst development in various industries.

Similar Products

Automatic Surface Area Analyzer LMSAA-102

  • Test Range: 0.35 nm to 2 nm
  • Test Function: adsorption/desorption isotherms, single & multi-point BET, Langmuir method; BJH pore analysis, DR & DA theory, t-plot; true density measurement, online data analysis
  • Test Modes: Single Nitrogen Test Mode, Nitrogen + Helium Standard Test Mode
  • Test Accuracy: Specific surface area repeatability error less than or equal to ±1.0%
  • Sample Capacity: 2 samples alternating tested, 3 samples degassing simultaneously

$ 43750 / Each of 1

Automatic Surface Area Analyzer LMSAA-101

  • Test Range: 2 nm to 500 nm
  • Test Function: adsorption/desorption isotherms, single & multi-point BET, Langmuir method; BJH pore analysis, DR & DA theory, t-plot; true density measurement, online data analysis
  • Test Modes: Single Nitrogen Test Mode, Nitrogen + Helium Standard Test Mode
  • Test Accuracy: Specific surface area repeatability error less than or equal to ±1.0%
  • Sample Capacity: 2 samples alternating tested, 3 samples degassing simultaneously

$ 43537.5 / Each of 1

Frequently Asked Questions

1 What is a Surface Area Analyzer?

A Surface Area Analyzer is an apparatus designed to measure the surface area of sample materials.

2 What materials can be analyzed using Surface Area Analyzer?

It is used to analyze a wide range of materials such as powders, granules, activated carbon, nanomaterials and pharmaceuticals.

3 Can Surface Area Analyzer be used for pore size distribution analysis?

It is equipped to measure pore size distribution using techniques like the BJH (Barrett-Joyner-Halenda) method alongside surface area measurements.

4 On what factors does the accuracy of Surface Area Analyzer depend upon?

Its accuracy depends on various factors such as the type of material, gas used for adsorption and sample preparation method.

5 How does Surface Area Analyzer measure micropores and macropores?

Surface Area Analyzer distinguishes between micropores and macropores through specific gas adsorption measurements.

6 Is Surface Area Analyzer affected by environmental factors?

Environmental factors such as temperature, humidity and atmospheric pressure affect the adsorption process and the accuracy of surface area measurements.

7 Can Surface Area Analyzer be used in Quality Control (QC)?

It is commonly used in Quality Control (QC) to ensure consistency and conformity of materials for products like powders, catalysts and pharmaceuticals.

8 Can Surface Area Analyzer provide real-time data during analysis?

It is equipped with real-time data acquisition system that allows to monitor adsorption or desorption in real-time.

9 Can Surface Area Analyzer measure surface area over time?

It is used for time-dependent studies to track changes in surface area over time.

10 Can Surface Area Analyzer be used to analyze carbon-based materials?

It is used in analyzing carbon-based materials such as activated carbon, carbon nanotubes and graphene.