01
ICP/OES Elemental Analysis
Elemental-analysis capability supporting applicable metals, additive-element and contaminant-element measurements.
- Lubricants and greases
- Food and agri products
- Water and compliance testing
COMPANY · LABORATORY CAPABILITY
Infrastructure
Analytical platforms and controlled laboratory workflows supporting Chem-Tech's published testing capabilities.Built around reliable analytical work
An extensive setup for diverse testing requirements
Chem-Tech Laboratories supports petroleum products, lubricants, fuels, food and agricultural products, water, and product-compliance testing through a combination of instrumental analysis, physical-property measurement, microscopy, sample preparation and controlled reporting.
The infrastructure is organised around the complete analytical workflow: samples are received and identified, prepared according to the product and objective, allocated to the applicable method, analysed, technically reviewed and reported. This structure helps Chem-Tech address routine quality monitoring as well as specialised investigation and consultancy requirements.
Facilities by testing division
Equipment and analytical capability
Select a division to review the principal instruments and laboratory systems supporting that area of testing.
01 · Testing division
Petroleum Products & Lubricants
Physical-property, condition-monitoring and instrumental systems supporting oils, greases and industrial-fluid analysis.
02
FTIR Spectroscopy
Infrared analysis for applicable material comparison and lubricant-condition indicators under selected procedures.
- Used-oil condition indicators
- Material comparison
- Selected product investigations
03
Four-Ball Tester
Tribological testing of applicable lubricants to assess friction, wear and load-related performance under the selected procedure.
- Lubricating oils
- Greases
- Comparative lubricant evaluation
04
Stabinger Viscometer
Automated viscosity and density measurement for applicable liquid petroleum products and lubricants.
- Lubricating oils
- Fuel products
- Industrial fluids
05
Metrohm
Metrohm 855 Robotic TAN/TBN System
Automated titration workflow for Total Acid Number and Total Base Number measurements in applicable oil samples.
- Fresh lubricants
- Used-oil monitoring
- Industrial oils
06
Metrohm
Metrohm 874 Oven Sample Processor (Oven Sampler)
Automated oven-assisted sample introduction for Karl Fischer moisture determination in applicable samples.
- Lubricants
- Petroleum products
- Moisture-sensitive samples
07
Particle Counting and Cleanliness Analysis
Particle-size distribution and cleanliness assessment supporting applicable lubricant and hydraulic-fluid condition review.
- Hydraulic oil cleanliness
- Lubricant contamination
- Condition monitoring
08
Flash and Fire Point Systems
Physical-property systems for flash and fire point measurement using the procedure applicable to the product and requirement.
- Lubricants
- Fuel products
- Thermic and industrial fluids
02 · Testing division
Fuels & Solid Fuels
Analytical platforms for fuel composition, distillation behaviour, moisture, elemental screening and selected solid-fuel properties.
01
Gas Chromatography (GC)
Chromatographic separation and measurement of applicable volatile and semi-volatile constituents under the selected test method.
- Fuel and petroleum samples
- Food and agri matrices
- Method-specific analysis
02
FTIR Spectroscopy
Infrared analysis for applicable material comparison and lubricant-condition indicators under selected procedures.
- Used-oil condition indicators
- Material comparison
- Selected product investigations
03
ED-XRF Analysis
X-ray fluorescence analysis supporting applicable elemental screening and selected petroleum-product measurements.
- Product-compliance screening
- Petroleum products
- Solid and material samples
04
Stabinger Viscometer
Automated viscosity and density measurement for applicable liquid petroleum products and lubricants.
- Lubricating oils
- Fuel products
- Industrial fluids
05
Anton Paar
Anton Paar Automatic Distillation System
Automated distillation-profile measurement for applicable fuels and petroleum products under the selected method.
- Diesel and gasoline
- Fuel blends
- Petroleum-product evaluation
06
Metrohm
Metrohm 874 Oven Sample Processor (Oven Sampler)
Automated oven-assisted sample introduction for Karl Fischer moisture determination in applicable samples.
- Lubricants
- Petroleum products
- Moisture-sensitive samples
07
Flash and Fire Point Systems
Physical-property systems for flash and fire point measurement using the procedure applicable to the product and requirement.
- Lubricants
- Fuel products
- Thermic and industrial fluids
08
Solid-Fuel Preparation and Analysis
Sample-preparation and measurement capability supporting applicable coal, coke and briquette testing requirements.
- Coal
- Coke
- Briquettes and related solid fuels
03 · Testing division
Food & Agri Products
Chromatography, spectroscopy and elemental-analysis systems used for applicable food and agricultural-product testing scopes.
01
Gas Chromatography (GC)
Chromatographic separation and measurement of applicable volatile and semi-volatile constituents under the selected test method.
- Fuel and petroleum samples
- Food and agri matrices
- Method-specific analysis
02
Gas Chromatography–Mass Spectrometry (GC-MS)
Combines chromatographic separation with mass-spectral detection for applicable identification and measurement requirements.
- Food and agri products
- Water matrices
- Selected compliance investigations
03
High-Performance Liquid Chromatography (HPLC)
Liquid-chromatographic separation and measurement for selected non-volatile constituents in applicable sample matrices.
- Food products
- Agricultural products
- Water and selected materials
04
Ion Chromatography
Separation and measurement of applicable ionic constituents according to the sample type and selected method.
- Water analysis
- Food and agri matrices
- Method-specific ionic analysis
05
ICP/OES Elemental Analysis
Elemental-analysis capability supporting applicable metals, additive-element and contaminant-element measurements.
- Lubricants and greases
- Food and agri products
- Water and compliance testing
06
UV-Visible Spectrophotometer
Absorbance-based measurement for applicable analytical procedures across selected liquid and prepared samples.
- Water analysis
- Food and agri products
- Method-specific colorimetric work
04 · Testing division
Water Testing
Instrumental and wet-chemistry capability for applicable drinking-water, process-water and wastewater requirements.
01
Gas Chromatography–Mass Spectrometry (GC-MS)
Combines chromatographic separation with mass-spectral detection for applicable identification and measurement requirements.
- Food and agri products
- Water matrices
- Selected compliance investigations
02
High-Performance Liquid Chromatography (HPLC)
Liquid-chromatographic separation and measurement for selected non-volatile constituents in applicable sample matrices.
- Food products
- Agricultural products
- Water and selected materials
03
Ion Chromatography
Separation and measurement of applicable ionic constituents according to the sample type and selected method.
- Water analysis
- Food and agri matrices
- Method-specific ionic analysis
04
ICP/OES Elemental Analysis
Elemental-analysis capability supporting applicable metals, additive-element and contaminant-element measurements.
- Lubricants and greases
- Food and agri products
- Water and compliance testing
05
UV-Visible Spectrophotometer
Absorbance-based measurement for applicable analytical procedures across selected liquid and prepared samples.
- Water analysis
- Food and agri products
- Method-specific colorimetric work
05 · Testing division
Product Compliance
Elemental screening, microscopy and material-analysis systems supporting applicable product and component investigations.
01
Gas Chromatography–Mass Spectrometry (GC-MS)
Combines chromatographic separation with mass-spectral detection for applicable identification and measurement requirements.
- Food and agri products
- Water matrices
- Selected compliance investigations
02
ICP/OES Elemental Analysis
Elemental-analysis capability supporting applicable metals, additive-element and contaminant-element measurements.
- Lubricants and greases
- Food and agri products
- Water and compliance testing
03
FTIR Spectroscopy
Infrared analysis for applicable material comparison and lubricant-condition indicators under selected procedures.
- Used-oil condition indicators
- Material comparison
- Selected product investigations
04
ED-XRF Analysis
X-ray fluorescence analysis supporting applicable elemental screening and selected petroleum-product measurements.
- Product-compliance screening
- Petroleum products
- Solid and material samples
05
Component-Cleanliness Microscopy
Microscopic examination and particle classification supporting applicable component-cleanliness investigations.
- Automotive components
- Hydraulic components
- Production-system parts
Laboratory operations
A connected analytical workflow
Infrastructure is more than individual instruments. Chem-Tech's published process connects sample handling, analysis, review and reporting.
- 01
Sample receipt and identification
Samples are recorded against the submitted identity and testing requirement before analytical work begins.
- 02
Preparation and method allocation
The sample matrix, objective and applicable specification determine preparation and the appropriate published method.
- 03
Instrumental and classical analysis
Testing may combine instrumental platforms, physical-property measurement, microscopy and wet-chemistry procedures.
- 04
Technical review and reporting
Results move through controlled review and reporting, supported by Chem-Tech's paperless laboratory operations and traceability.
Laboratory environment
Testing and preparation in focus
Laboratory imagery highlights the preparation, handling and analytical stages that support dependable testing.
Verify the current capability
Test lists and quality documents
Review the published test lists for parameters and methods, then contact Chem-Tech to confirm the current scope for your sample.
Discuss your analytical requirement