| Description | IGAsorp Ultra is a compact dynamic vapor sorption (DVS) system, designed for maximum flexibility and built for modern laboratories. The Next Generation Vapour Sorption Module unlocks a wider range of DVS conditions than ever before, enabling fast, stable and highly accurate studies across water and IGAsorp Ultra is a compact dynamic vapor sorption (DVS) system, designed for maximum flexibility and built for modern laboratories. The Next Generation Vapour Sorption Module unlocks a wider range of DVS conditions than ever before, enabling fast, stable and highly accurate studies across water and organic vapors. With robust engineering that maintains exceptional measurement reliability even under demanding environments, IGAsorp Ultra is the definitive choice for laboratories that value both innovation and dependability.
The IGAsorp Ultra integrates dual vapour generators for flexible multi-solvent studies with direct concentration measurements for traceable vapour control. Highly stable temperature regulation is delivered through the isothermal design of the sorption module, while a highly sensitive microbalance captures mass changes with high resolution across the full humidity/vapor pressure and temperature range. Effortless operation and automation run throughout the system and HIsorp software, making DVS measurements quick to setup, easy to control and consistently reliable from the very first data point.
Features:- Dual vapor generators -
Two independent vapor generators provide flexibility when working with water and organic vapors. While one vapor is in use, a second can be primed and ready for use in measurements. - Rapid, efficient solvent changeovers -
Highly efficient, automatic purging following vapor changes minimise unwanted carryover between measurements. - Direct vapor concentration measurement -
Integrated sensors provide real-time monitoring of relative humidity and organic vapor concentrations. A unique absolute pressure sensor ensures high accuracy for reported partial pressure readings. - Easy-refill reservoirs -
Each vapor generator is supplied and kept at a constant fill level by an externally mounted 250 mL reservoir. Reservoirs can be refilled during measurements without interrupting the experiment. - Effortless sample loading -
Sample loading is fast and simple, with clear access, easy single-finger placement, and an automated shield that protects the chamber and retracts smoothly for trouble-free loading. - Exceptional temperature control and programmability -
IGAsorp Ultra delivers precise, programmable temperature control from 5–85 °C with tightly regulated circulation and multi-sensor feedback that maintains ±0.005 °C stability over 24 hours. Alternative thermostat options are available. - High stability microbalance -
IGAsorp Ultra's independent balance thermostat ensures long-term baseline stability, enabling confident measurement of sub-microgram sorption events.
... Read More | The IGA ECOsorp is a new benchtop sorption analyzer for carbon capture studies. Combining high-resolution gravimetric water sorption with CO2 gas sorption under dynamic flow conditions, the IGA ECOsorp offers an affordable and practical solution for the assessment of candidate carbon capture sorbentThe IGA ECOsorp is a new benchtop sorption analyzer for carbon capture studies. Combining high-resolution gravimetric water sorption with CO2 gas sorption under dynamic flow conditions, the IGA ECOsorp offers an affordable and practical solution for the assessment of candidate carbon capture sorbent performance across a wide range of relevant conditions.... Read More | The IGAsorp is a fully automated compact benchtop DVS analyzer, for fast and accurate vapor sorption measurements using the dynamic flow technique for water and organic solvents. Measured vapor uptake isotherms and kinetics are used to characterize, test and evaluate materials in precisely defined The IGAsorp is a fully automated compact benchtop DVS analyzer, for fast and accurate vapor sorption measurements using the dynamic flow technique for water and organic solvents. Measured vapor uptake isotherms and kinetics are used to characterize, test and evaluate materials in precisely defined environmental conditions.
An ultra-sensitive microbalance measures changes in sample mass as a function of humidity and temperature. Humidity is determined by relative mixing of wet and dry gas streams, and is measured and regulated at the sample position. These factors combine to offer unrivalled performance and total baseline stability.
Features:
- Market-leading weight stability, temperature and humidity control
- Unrivalled measurement precision, accuracy and resolution
- Operation with water and organic vapors
- Built-in user conformance tests for weight, temperature and humidity verification
- High security 21 CFR Part 11 compliant software option with 3 user privilege levels
- Advanced analysis features including diffusion coefficients, permeation rates and more
... Read More | The IGAsorp-CT is a fully automated dynamic vapor sorption analyzer for the measurement of water and organic solvent isotherms and kinetics on a wide range of materials. Operating at temperatures from 5 to 85 °C and humidity values from 0 to 98 %RH, the IGAsorp-CT offers the widest combined range ofThe IGAsorp-CT is a fully automated dynamic vapor sorption analyzer for the measurement of water and organic solvent isotherms and kinetics on a wide range of materials. Operating at temperatures from 5 to 85 °C and humidity values from 0 to 98 %RH, the IGAsorp-CT offers the widest combined range of any DVS analyzer. An optional internal heater allows fully programmable pre-heating and thermal desorption measurements to 350 °C.
Features:
- Vapor sorption measurements between 5 and 85 °C
- Market-leading weight stability, temperature and humidity control
- Unrivalled measurement precision, accuracy and resolution
- Operation with water and organic vapors
- Built-in user conformance tests for weight, temperature and humidity verification
- Advanced analysis features including diffusion coefficients, permeation rates and more
... Read More | The IGAsorp-XT is a fully automated water sorption analyzer designed for measurements at temperatures and humidities beyond those available with conventional DVS analyzers. High resolution sorption isotherms are recorded at humidity values from 0.2 %RH or lower, using the unique climate-XT control The IGAsorp-XT is a fully automated water sorption analyzer designed for measurements at temperatures and humidities beyond those available with conventional DVS analyzers. High resolution sorption isotherms are recorded at humidity values from 0.2 %RH or lower, using the unique climate-XT control method. Combined with high temperature water sorption measurements to 300 °C, an integrated pre-heater and completely flexible method programming, the IGAsorp-XT is the world’s most advanced benchtop DVS analyzer.
Features:
- Controlled humidity from 0.2 %RH at 50 °C and from 0.5 %RH at 25 °C
- Water sorption isotherms from 5 to 300 °C
- Integrated pre-heater for drying and thermal desorption studies to 350 °C
- User protection for sample loading at elevated temperatures
- Full automation for isothermal, isochoric and temperature-programmed experiments
- Automated external water reservoir feed for prolonged unattended operation
... Read More |
| Applications | Porous materials, Pharmaceuticals, Food products, Polymers, Packaging materials, Building materials, Energy and environment | Inquire | Quality control, Hydrophobicity, product stability and shelf life, Water activity and water content determination, Polymorphism: amorphous phase detection and quantification, Diffusion and permeation including vapor transmission rate (MVTR/WVTR) analysis | Polymers, membranes and packaging materials, Building and construction materials (cement, timber, insulation, adhesives), Fuel cells (proton exchange membranes), Diffusion and permeation studies, Natural materials (textiles, seeds, fibres, wood, clays), Pharmaceuticals, Electronics | Polymer membranes, Composites, Proton exchange membranes for fuel cell applications, High performance engineering materials, Hydrophilic nanoporous materials, High performance drying agents (sorbents) |