Your browser is out of date. The site is optimized for IE 9 (not compatibility mode) and above, Chrome 29, Firefox 23 and Safari 6.0.
Skip to content
USA - English
This site in other countries/regions:
Select Country to see regional site for Brookfield Engineering
USA
India
UK
France
Germany
China
Thailand
Toggle navigation
PRODUCTS
Viscometers
Laboratory Viscometers
DV2Plus Viscometer
DVPlus Viscometer
DVNext Rheometer
DVNext Rheometer with Gel Timer Functionality
DVNext Cone/Plate Rheometer
Dial Reading Viscometer
CAP2000 Viscometer
KU-3 Viscometer
DV Ring Light
In-Line Process Viscometers
FAST Viscometer
VTE Electric Viscosel
Viscometer Springs for Accurate Viscosity Measurement
Help Me Choose
Rheometers
RSX Cone Plate Rheometer
RSX Coaxial Cylinder Rheometer
RSX SST Rheometer
RSO Rheometer
PVS Rheometer
Help Me Choose
Texture Analysis
CTX Texture Analyzer
Help Me Choose
Powder Flow Analysis
PFT Powder Flow Tester
Help Me Choose
Moisture Analyzers
Computrac® MAX 4000XL
Computrac® Vapor Pro® XL
Computrac® Vapor Pro® XL Autosampler
VPXL Analytical Balance
VPXL Temperature Calibration Kit
Help Me Choose
Toxic Gas Analyzers
Hydrogen Sulfide Analyzers
Jerome® J605
Jerome® X631
Mercury Vapor Analyzers
Jerome® J405
Jerome® J505
Help Me Choose
Why Choose Jerome® Hydrogen Sulfide Analyzers
Software
DV360 Software
DV Create™
Computrac Connect Web Server
DVPlus Connect
PG Flash
Rheo3000
Powder Flow Pro
Texture Pro
Capcalc
RheoVision
RheocalcT
Viscosity Standards
CAP Oil Fluids
General Purpose Oil
General Purpose Silicone
High Temperature Silicone Fluids
Krebs Viscometer Oil Fluids
RST Oil Fluids
Special Order Silicone Fluids
VisCal Kit
Help Me Choose
Temperature Control
Thermosel System
Water Baths
LAUDA Loop 100
Non-Refrigerated TC-150
Non-Refrigerated TC-250
Refrigerated TC-550
Refrigerated TC-650
Help Me Choose: Temperature Control
Accessories
HPQA™, Helipath Quick Action Stand
Enhanced UL Adapter
DIN Adapter
Label Writer
Small Sample Adapter
Spindles Cones Cups Chambers
CAP Spindles
Cone Plate Wells Brookfield Spindles & Cups
Extension Links and Spindle Extensions
Helipath T-bar Spindles
KU-3 Spindles
RST Spindles
Small Sample Adapter Spindles_Chambers
Spiral Adapter Spindle
Vane Spindles
Thermosel Spindles and Chambers
DIN Adapter Spindles
Enhanced UL Adapter Spindles
LV Spindles
PVS Spindle Bobs Chambers
RV HA HB Spindles
Spindle Rack
Spiral Adapter
CUSTOMER SUPPORT & SERVICES
Calibration and Repair
How to return an instrument
Repair Forms
Onsite Services, Calibration and Repair
Extended Warranty Program - AMECare
ISO/IEC 17025
Technical Support
Knowledgeable Expert Support
Education & Training
Sample Testing Services & Method Development
Verification Products & Viscosity Standards
What our Customers can expect
Warranty and Product Registration
Ball Bearing Retrofit Solutions: Enhance Performance and Extend Equipment Life
Safety Data Sheet
BROOKFIELD UNIVERSITY
Viscosity & Rheology
Viscosity & Rheology FAQs
Viscosity Glossary
What is Viscosity?
The Importance of Viscosity
AMETEK Brookfield's Expertise in Viscosity and Rheology
Viscometer Methodology
Principle of Viscometer Operations
Understanding Flow Behavior
Impact of Temperature and Shear Rate on Viscosity
Newtonian and Non-Newtonian Fluids
Thixotropy and Rheopexy
How to Select a Viscometer: Key Considerations
Why Perform Rheology Testing? Advantages of Testing Small Sample Volumes
Achieve Advanced Material Characterization Using Viscosity Measurements
Lab Viscometer Manual Glossary
Lab Viscometer Manual Glossary
Powder Flow Analysis
Frequently Asked Questions
Powder Flow Analysis Glossary
Why Measure Powder Flow?
Solving Common Issues
Why Measure Powder Flow?
Flow Function Test: Comprehensive Analysis for Optimal Material Handling
Understanding the Wall Friction Test: Essential for Powder Handling Equipment Design
Optimal Hopper Design with Brookfield PFT
Optimal Hopper Design with Brookfield PFT
Powder Flow Sample Preparation: Ensuring Accurate Results
Powder Manual Glossary
Importance of Moisture Analysis in Electric Vehicles
Texture Analysis
Texture Analysis Glossary
Instrument Specific Variables for Texture Analysis
Method Development for Texture Analysis
CTX Manual Glossary
Moisture Analysis
Moisture Analysis Glossary
Why Moisture Matters in all Industries?
Computrac® Vapor Pro® XL as an Alternative for Karl Fischer Titration
Why Choose Computrac® Moisture Analyzers?
Computrac: A State-of-the-Art Alternative to Karl Fischer Titration
Toxic Analysis
Frequently Asked Questions
ABOUT US
AMETEK Brookfield Difference
Brookfield Story
Brookfield: Built on Innovation. Proven Through Precision
The Computrac Story
Regional Sales Managers
About Ametek
Contact Us
AMETEK Brookfield Centers of Excellence
News
News
RESOURCE LIBRARY
ONLINE STORE
Moisture Analysis
Moisture Analysis Glossary
Why Moisture Matters in all Industries?
Computrac® Vapor Pro® XL as an Alternative for Karl Fischer Titration
Why Choose Computrac® Moisture Analyzers?
Computrac: A State-of-the-Art Alternative to Karl Fischer Titration
AMETEK Brookfield
»
BROOKFIELD UNIVERSITY
»
Moisture Analysis
»
Computrac® Vapor Pro® XL as an Alternative for Karl Fischer Titration
»
Computrac® Vapor Pro® XL as an Alternative for Karl Fischer Titration
Moisture analysis is crucial across various industries to ensure product quality, stability, and compliance with standards. The Karl Fischer titration method has long been the gold standard for moisture determination due to its high accuracy and specificity. However, alternative methods like Computrac have emerged, offering several advantages that make them viable options for moisture analysis.
Advantages of Computrac over Karl Fischer Titration
Speed and Efficiency
Rapid Results:
Computrac instruments provide faster results compared to Karl Fischer titration. This speed is beneficial in high-throughput environments where time is a critical factor.
Automation
: Computrac devices are automated, reducing the need for manual intervention and allowing for continuous operation, thereby increasing efficiency.
Ease of Use
User-Friendly Interface:
Computrac analyzers typically feature intuitive interfaces, making them easier to operate with minimal training. In contrast, Karl Fischer titration requires skilled technicians to perform the analysis accurately.
Minimal Sample Preparation:
Computrac systems generally require less sample preparation, simplifying the workflow and reducing the potential for errors.
Versatility
Wide Range of Samples
: Computrac instruments can analyze a broader range of sample types, including powders, solids, and liquids, without the need for different reagents or techniques. This versatility is a significant advantage over Karl Fischer titration, which is primarily suited for specific types of samples.
Maintenance and Cost-Effectiveness
Lower Operating Costs:
Computrac analyzers typically have lower operating costs because they do not require the expensive reagents and solvents used in Karl Fischer titration. This aspect makes them more cost-effective for long-term use.
Reduced Maintenance:
With fewer moving parts and no need for chemical reagents, Computrac systems usually demand less maintenance and have lower downtime compared to Karl Fischer titration equipment.
Environmental and Safety Considerations
Non-Hazardous
: Computrac methods do not involve hazardous chemicals, making them safer for laboratory personnel and more environmentally friendly. Karl Fischer titration involves reagents that can be hazardous and require careful handling and disposal.
Accuracy and Precision
High Precision:
While Karl Fischer titration is known for its accuracy, Computrac devices are also highly precise and can deliver comparable results in many applications. Advances in sensor technology and algorithm improvements have enhanced the accuracy of Computrac analyzers.
The VPXL offers a robust alternative to Karl Fischer titration for moisture analysis due to its speed, ease of use, versatility, lower operating costs, and environmental safety. While Karl Fischer remains a highly accurate method for specific applications, Computrac provides a more user-friendly and efficient solution that meets the diverse needs of modern industries.
MacCMS
×