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Comprehensive analysis of lubricant condition and contamination levels
Viscosity Testing
Contamination Analysis
Wear Metals Detection
Additive Depletion
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Advanced chemical composition and performance testing
pH Testing
TBN/TAN Analysis
FTIR Spectroscopy
Water Content
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Evaluation of product performance under various conditions
Oxidation Stability
Thermal Stability
Corrosion Protection
Foam Characteristics
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Data-driven insights for maintenance planning
Trend Analysis
Equipment Health Monitoring
Failure Prediction
Service Life Estimation
Our lab is part of Armor Lubricants factory, For more than a decade, we manufactured lubricants globally to 60+ countries worldwide.
Here's a glimpse of what we offer
Standard results in 24-48 hours, expedited service available
Accredited testing facility meeting international standards
Comprehensive analysis with actionable recommendations
Professional guidance from experienced chemists
![[team] image of individual team member (for a automotive service)](https://cdn.prod.website-files.com/68d68e71bbf83ca5cd344f76/69776ce183eb1f7ae81730a5_unnamed%20(44).jpg)
Identify incomplete combustion and air-fuel ratio imbalances.
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Evaluation of product performance under various conditions
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Predictive Wear Modeling
Identify incomplete combustion and air-fuel ratio imbalances.
Detect injector leaks and prevent oil film thinning.
Identify internal coolant leaks before bearing seizure.
Monitor alkaline reserve to neutralize combustion acids.
Monitor blow-by gases and EGR efficiency.
Verify fuel contamination and thermal degradation risks.
Detect iron particles missed by elemental spectroscopy.
Quantify wear metals and additive package concentration.
![[team] image of individual team member (for a automotive service)](https://cdn.prod.website-files.com/68d68e71bbf83ca5cd344f76/69776dfdf50f4aada48886d6_unnamed%20(45).webp)
Cellulosic Health Assessment
Evaluation of product performance under various conditions
IEEE & IEC Compliance
Detect fault gases from internal arcing or overheating.
Measure insulating strength and voltage resistance.
Assess cellulosic paper insulation degradation levels.
Detect polar contaminants and early sludge formation.
Identify reactive sulfur attacking copper components.
Quantify moisture levels in parts per million.
Track thermal aging and visible particulate loading.
Monitor flow resistance and cooling efficiency.
Evaluate long-term chemical breakdown resistance.
Quantify insoluble byproducts and conductive contaminants.
![[team] image of individual team member (for a automotive service)](https://cdn.prod.website-files.com/68d68e71bbf83ca5cd344f76/69776e831aead45017c07d3b_unnamed%20(46).webp)
Comprehensive evaluation for refining yield and transport safety.
Refinery Yield Optimization
Fiscal Custody Validation
Determine relative density for refinery yield estimations.
Quantify total sulfur for environmental and regulatory compliance.
Measure chloride concentrations to evaluate corrosion risk.
Detect volatile hydrogen sulfide for safety and metallurgy.
Measure volatility for safe storage and transport handling.
Quantify heavy polar fractions for stability assessment.
Assess coking tendency under high-temperature thermal stress.
Determine paraffinic concentrations affecting low-temperature flow.
Monitor catalyst poisons and turbine blade corrosion agents.
Identify lowest temperature for flammable vapor ignition.
![[team] image of individual team member (for a automotive service)](https://cdn.prod.website-files.com/68d68e71bbf83ca5cd344f76/68d68e71bbf83ca5cd344f9c_1a1a7e4c-e72d-4d65-a555-ac4ab3162d0c.avif)
Identify incomplete combustion and air-fuel ratio imbalances.
ISO 4406 Cleanliness Code
Optimized Drain Intervals
Validate film strength under specific load conditions.
Identify abrasive ingress and foreign particulates.
Quantify metallic elements from component degradation.
Monitor remaining active chemical protection levels.
Detect molecular-level oxidation and nitration.
Monitor acid-base balance and chemical stability.
Prevent air entrainment to maintain hydraulic pressure.
Avoid seal failure when mixing lubricant brands.
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