Part No. 202-00000-11
Nitrogen System, 110 V
Qty: Part No. 202-00000-22
NItrogen System, 220 V
Qty: Part No. 202-00103-00
HiVac System
Qty: Part No. 202-00123-00
HiVac System, Kalrez
Qty: Part No. 202-00117-00
Micropore System
Qty: Part No. 202-00127-00
Micropore System, Kalrez
Qty: Part No. 202-00108-00
Chemi System
Qty: Part No. 202-00118-00
Chemi-Micropore System,
1-mmHg Transducer
Qty: Part No. 202-00128-00
Chemi-Micropore System, Kalrez
Qty: Part No. 202-00217-00
ASAP 2020 HD, MicroPore, Oil-Free Pump
Qty: Part No. 202-00218-00
ASAP 2020 Chemi HD, MicroPore, Oil-Free Pump
Qty: Part No. 202-00227-00
ASAP 2020 Kalrez, HD, MicroPore, Oil-Free Pump
Qty: Part No. 202-00228-00
ASAP 2020 Kalrez, Chemi, HD, MicroPore, Oil-Free Pump
Qty: Part No. 202-33610-00
UPGRADE KIT - ASAP 2020, HD Micropore upgrade;
Includes: the 0.1 torr transducer and the V4.0 of the 2020 software. No chemisorption hardware or software is included
Qty: Part No. 202-33619-00
Chemisorption Upgrade Kit -
This kit is for who currently have a ASAP 2020 Physisorption only instrument and want to upgrade to a Chemisorption unit. The latest version of the Physisorption software is included in this kit
Qty: Part No. 202-34060-00
Chemisorption Update Kit- This is for customers that currently have a ASAP 2020 Chemisorption instrument and want to update to the new temperature control hardware and software. The latest version of the physisorption software is included with this kit.
Qty: Part No.
202-33021-00
Rate of Adsorption Option
The Rate of Adsorption Option allows you to measure how quickly (or slowly) a sample adsorbs each dose of gas -- new data you can use to evaluate surface structure. The basic concept behind the Rate of Adsorption (ROA) option for the ASAP 2020 analyzer is deceptively simple. It doses the sample, records pressure change per dose vs. time, and creates graphs of the data. Yet, the Rate of Adsorption option is more than simply measuring the time it takes a dose of gas to adsorb. It lets you set the gas dose volume, select a target pressure, and decide how long to measure the change in pressure during adsorption (seconds, minutes, etc.) In other words, you can now selectively evaluate rate of adsorption (or equilibration, for that matter) as a means of understanding surface structure as well as pore structure
Qty: