Micromeritics ASAP 2020 Micropore Analyzer

Micromeritics ASAP 2020 Automatic Micropore and Chemisorption Physisorption Analyzer is a high-performance physical adsorption analyzer which can be applied for producing research grade analytical measurements to determine active metal surface area and dispersion by chemical adsorption and surface area and pore size distribution by physical adsorption under a high vacuum condition.

Specifications:

• One analysis station
• 12 gas inlet manifold (6 for physisorption and 6 for chemisorption)
• Common adsorptive gas such as N2, Ar, Kr, CO, CO2, H2 and He

• Two independent vacuum systems
• Two degas stations
• Range of temperature: Ambient to 450ºC

• Resolution:
  • 1000mmHg transductor: 0.001mmHg (analysis system)
  • 1000mmHg transductor: 1mmHg (degas system)
  • 10mmHg transductor: 0.00001mmHg
  • 1mmHg transductor: 0.000001mmHg
• Accuracy:
  • 1000mmHg transductor: within 0.15% of reading
  • 10mmHg transdictor: within 0.15% of reading
  • 1mmHg transductor: within 0.12% of reading

• Sample temperature control system: 10ºC above ambient to 1100ºC
• Ramp rate: 1ºC to 20ºC per minute (from initial temperature to 800ºC)
• Ramp rate: 10ºC per minute (from 800ºC to 1000ºC)
• Ramp rate: 5ºC per minute (from 1000ºC to 1100ºC)
• Temperature selection: 1ºC increments
• Accuracy: within ±5ºC
• Stability: ±1ºC

• Pore diameter range: 0.35nm to 500nm
• Surface area range (Kr): 0.0005m2/g and up
• Micropore volume: detectable within 0.0001cc/g

Applications:

• BET (Brunauer-Emmett-Teller) surface area
• Langmuir surface area
• Pore volume and pore area distributions
• Active metal area
• Strong and weak chemisorption
• Percent active metal

Notes to users:

First-time users must be trained by equipment-in-charge before they can use the instrument independently.

Contact information

Location: U003, Block U, The Hong Kong Polytechnic University
Equipment-in-charge: Dr. Kenneth Yan (Office: Room U003)
Email: kenneth.yan@polyu.edu.hk
Telephone: 2766 4690