Materials Testing Services
Mechanical Testing & Material Characterization
- Tensile
- Compression
- Fatigue
- Impact
Precision mechanical testing for material qualification, failure analysis, and design validation. ISO/IEC 17025 accredited results you can depend on.
When structural integrity matters, assumptions fail.
Microlab delivers defensible test results you can act on.
- Universal Testing Machines up to 1000 kN
- NABL ISO/IEC 17025 Accredited
- ASTM • IS • BS • DIN Standards
NABL ISO/IEC 17025
Accredited
Modern Equipment
UTM, Impact, Fatigue
Expert Analysts
Not Just Operators
Fast Turnaround
Days, Not Weeks
Materials Testing Services
When the Problem Is Structural, the Answer Has to Be Precise
- Components that fail before expected service life
- Welds that crack under cyclic loading
- Materials that don't meet specification requirements
These problems don’t reveal themselves in visual inspections.
Mechanical testing reveals actual material properties under controlled conditions. At Microlab, we use calibrated universal testing machines, impact testers, and fatigue equipment to determine tensile strength, yield point, elongation, hardness, and fracture toughness with precision and confidence.
No assumptions. No estimation. Just verified data.
Our Capabilities
What Our Materials Testing Delivers
Our testing services are built around real industrial decisions, not academic demonstrations.
Tensile Testing
Strength & Ductility
- Ultimate tensile strength (UTS) determination
- Yield strength and proof stress
- Elongation and reduction of area
- Stress-strain curve analysis
Compression Testing
Load-bearing capacity
- Compressive strength of metals, concrete, ceramics
- Modulus of elasticity
- Crushing strength evaluation
- Deformation behavior under load
Impact Testing
Fracture toughness
- Charpy and Izod impact testing
- Transition temperature determination
- Notched specimen analysis
- Energy absorption characteristics
Advanced Analysis
Fatigue Testing & Cyclic Loading
When service life depends on repeated loading, single-test data is not enough.
- S-N curve determination
- Rotating beam and axial testing
- Endurance limit identification
- Mean stress effect analysis
- Strain-controlled testing
- Component life prediction
- Crack initiation studies
- Cyclic stress-strain behavior
Hardness Testing & Surface Analysis
Surface properties determine wear resistance, machinability, and service performance.
- Rockwell (HRA, HRB, HRC)
- Vickers hardness (HV)
- Brinell hardness testing
- Hardness traverse mapping
- Vickers microhardness
- Heat-affected zone analysis
- Case depth measurement
- Weld zone evaluation
Bend & Flexural Testing
Ductility and formability determine how materials behave under real-world loading.
- Guided bend tests
- Weld qualification bends
- Free bend testing
- Ductility assessment
- Three-point bend testing
- Flexural modulus determination
- Four-point bend testing
- Composite material testing
Industries Served
Industries That Rely on Our Testing
Microlab supports industries where precision is non-negotiable.
Manufacturing & Quality Control
Material verification, incoming inspection, and process validation testing.
Automotive & Auto Components
Component testing for fasteners, castings, forgings, and weld quality.
Aerospace & Defense
Critical component qualification and material certification testing.
Electronics & PCB
Solder joint strength, flex testing, and component reliability.
Pharma & Medical Devices
Packaging integrity, implant material testing, and device validation.
Heavy Engineering
Structural steel, pressure vessel materials, and weld procedure qualification.
R&D Laboratories
Material development support and comparative testing programs.
Different sectors. Same expectation: reliable test results.
Materials We Test
- Metals and alloys
- Aluminum and copper alloys
- Welds and weldments
- Steels and stainless steels
- Cast iron and castings
- Polymers and composites
If a sample is unsuitable, we say it upfront. No wasted time.
Standards & Accreditation
- ASTM
- IS
- BS
- DIN
- ISO
- EN
- American Society for Testing and Materials
- Indian Standards (BIS)
- British Standards
- German Industrial Standards
- International Organization for Standardization
- European Standards
NABL Accredited Laboratory
ISO/IEC 17025:2017 compliant quality management system
Why Choose Us
Why Microlab Testing
This is where decisions are made.
- Calibrated universal testing machines with digital data acquisition
- NABL ISO/IEC 17025 accredited quality systems
- Experienced materials engineers, not just machine operators
- Clear interpretation with stress-strain curves and failure mode analysis
- Reports structured for audits, CAPA, and engineering decisions
We don’t sell machine hours.
We deliver clarity and accountability.
Our Testing Process
Simple. Controlled. Transparent.
01
Requirement Discussion
We understand your testing needs and applicable standards
02
Sample Receipt
Controlled sample handling and documentation
03
Specimen Preparation
Machining and preparation per standard requirements
04
Testing & Analysis
Calibrated equipment with digital data acquisition
05
Report & Interpretation
Clear results with engineering interpretation
No unnecessary steps. No delays caused by confusion.
Request Materials Testing
Get accurate, defensible test results for your material qualification, failure investigation, or quality assurance requirements.
- NABL ISO/IEC 17025 Accredited
- Modern Testing Equipment
- Expert Interpretation Included