BET Surface Area Analyzer
Surface & Particle Analysis

BET Surface Area Analyzer

Product Overview

BET Surface Area Analyzer

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BET Surface Area Analyzer – BET 500 HP

The BET 500 HP Surface Area Analyzer is an advanced gas adsorption characterization system designed for accurate determination of specific surface area, pore structure, pore volume, and adsorption properties of porous and particulate materials. Developed for modern research and industrial laboratories, the system delivers reliable characterization of material surfaces and internal porosity, providing valuable insight into product performance, material behavior, and process optimization.

Utilizing advanced physical adsorption techniques, the analyzer supports comprehensive evaluation of microporous, mesoporous, and macroporous materials across a wide range of scientific and industrial applications. The system enables researchers to investigate adsorption behavior, pore characteristics, surface properties, and material structure with high reliability and repeatability.

Designed for efficient laboratory operation, the BET 500 HP integrates intelligent automation, precise gas handling technology, advanced pressure measurement systems, and powerful analytical software. These features assist users in obtaining high-quality data while simplifying workflow management, analysis, interpretation, and report generation for routine and advanced characterization requirements.

Suitable for materials science, catalysts, pharmaceuticals, batteries, nanotechnology, ceramics, carbon materials, chemicals, energy storage systems, environmental research, and academic institutions, the BET 500 HP provides a powerful and customizable solution for advanced surface area and porosity analysis, quality control, product development, and fundamental materials research.

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Capabilities

Key Features

Advanced BET surface area analysis for accurate characterization of porous materials.
Comprehensive pore size distribution and pore volume determination.
Suitable for microporous, mesoporous, and macroporous material evaluation.
High-precision adsorption and desorption isotherm measurement.
Automated gas dosing and intelligent pressure control system.
Multi-port sample analysis for enhanced laboratory productivity.
Advanced vacuum management for reliable analytical performance.
High-sensitivity pressure measurement technology.
Comprehensive pore structure characterization using multiple analytical models.
Real-time data acquisition, monitoring, and analysis.
Powerful software for interpretation, reporting, and data management.
Excellent measurement repeatability and long-term system stability.
User-friendly operation with intuitive control software.
Flexible configuration for research, quality control, and industrial applications.
Ideal for catalysts, batteries, carbon materials, pharmaceuticals, ceramics, nanomaterials, and advanced functional materials.

Technical Data

Specifications

ParameterValue
Instrument TypeBET Surface Area Analyzer (BET 500 HP)
Analysis PrincipleStatic Volumetric Gas Adsorption
Surface Area AnalysisSingle & Multi-Point BET Analysis
Pore Size Distribution Range3.5 – 5000 Å
Analysis Stations2 Independent Analysis Stations
Expansion CapabilityExpandable to 4 or 6 Analysis Ports via Auxiliary Units
Pressure MeasurementMulti-Range High Precision Pressure Transducers
Pressure Transducer Ranges1 mmHg, 10 mmHg & 1000 mmHg
1000 mmHg Transducer AccuracyWithin ±0.15% of Reading
10 mmHg Transducer AccuracyWithin ±0.15% of Reading
1 mmHg Transducer AccuracyWithin ±0.12% of Reading
Manifold Temperature SensorPlatinum Resistance Device (RTD)
Temperature Accuracy±0.10°C
Temperature Stability±0.10°C per Month
Manifold Pressure Range0 – 950 mmHg
Krypton Option Range0 – 10 mmHg
1000 mmHg Resolution0.001 mmHg
10 mmHg Resolution0.00001 mmHg
1 mmHg Resolution0.000001 mmHg
Sample Port Pressure Range0 – 950 mmHg
Sample Port Resolution0.001 mmHg
Sample Port Accuracy±0.1% Full Scale
Vacuum Sensor TypeThermocouple
Vacuum Measurement Range0.001 – 1 mmHg
Gas Inlets6 User-Defined Automated Gas Inlets
Dosing SystemIntelligent Automatic Smart Dosing
Po MeasurementIndependent Po Measuring Tubes
Cryogen ManagementIsothermal Jackets with Up to 65 Hours Unattended Operation
Vacuum PumpHybrid Turbo Vacuum Pump Assembly
Degassing SystemIndependent Stand-Alone Degassing Unit
Degassing Ports6 Ports or More
Degassing Temperature RangeAmbient to 400°C
Temperature DeviationLess than ±10°C of Set Point
Degassing MethodUnder Vacuum or Inert Gas Flow
Supported GasNitrogen, Helium, Krypton and Other Analytical Gases
Software PlatformWindows-Based Analytical Software
Real-Time MonitoringAvailable
Isotherm DisplayLinear & Logarithmic Formats
Report GenerationCustomizable Reports & Export Functions
Instrument DiagnosticsIntegrated Performance Monitoring & Diagnostics
Operating Voltage100 / 115 / 230 VAC (±10%)
Frequency50 / 60 Hz
Power Requirement800 VA (excluding vacuum pump)
Operating Temperature10°C to 30°C
Storage Temperature-10°C to 55°C
Relative HumidityUp to 90% Non-Condensing
Physical Dimensions (H × W × D)(94cm ± 10%) × (38cm ± 10%) × (59cm ± 10%)
WeightApprox. 54 kg (119 lbs) ± 10%
Warranty3 Years

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