Service Details:
Monitoring Test Type | Contamination Testing |
Preferred Audit Location | Off-Site Testing |
Testing Type | Flash Point Test |
Usage/Application | Manufacturing |
Audit Type | Internal |
Characteristic Test | Viscosity, TAN, Wear, Contamination etc. |
Certification Standard | National Accredited Board of Laboratories (NABL) |
Testing Standards | ASTM |
Analytical Service Frequency | 3 Months |
Analysis Type | Transformer Oil Analysis |
Transformer Oil Analysis tests identify whether the insulating properties are acceptable by measuring degradation and contamination of the oil. In addition, dissolved gases are extracted from the oil sample, separated, and quantified in a gas Chromatograph.
To assess the insulating property of dielectric transformer oil, a sample of the transformer oil is taken and its breakdown voltage is measured. The lower the resulting breakdown voltage, the poorer the quality of the transformer oil. The transformer oil is filled in the vessel of the testing device.
Routine testing of transformer oils and insulating oils on a regular schedule is an accepted industry practice. General and physical tests are suggested twice a year, dissolved gas analysis once a year.
Additional Information:
Service Details:
Monitoring Test Type | Contamination Testing |
Preferred Audit Location | Off-Site Testing |
Testing Type | Viscosity Test |
Usage/Application | Manufacturing |
Audit Type | Internal |
Characteristic Test | Viscosity, TAN, Wear, Contamination etc. |
Certification Standard | National Accredited Board of Laboratories (NABL) |
Testing Standards | ASTM |
Analytical Service Frequency | 3 Months |
Analysis Type | Turbine Oil Analysis |
ROKADE Group is a leading provider for Turbine Oil analysis Services. Turbines have very critical and extensive lubrication requirements. To satisfy these critical & stringent requirements of the equipment, turbine oil analysis forms a major breakthrough in determining the performance of the machine and possible maintenance required for the equipment. Oil analysis also helps in extending the oil change period & predictive maintenance of turbines, thus saving huge cost in downtime or lubrication cost.
Turbine Oil degradation occurs mainly due to water or steam ingress in case of steam turbines. Monitoring Water levels and oxidation of the oil forms the basis of predictive maintenance of Turbines. Varnish formation also is a major concern. With Our Turbine Oil analysis Programs helps customers overcome such problems & improve machine performance & health.
Additional Information:
Service Details:
Monitoring Test Type | Contamination Testing |
Preferred Audit Location | Off-Site Testing |
Testing Type | Viscosity Test |
Usage/Application | Manufacturing |
Audit Type | Internal |
Characteristic Test | Viscosity, TAN, Wear, Contamination etc. |
Certification Standard | National Accredited Board of Laboratories (NABL) |
Testing Standards | ASTM |
Analytical Service Frequency | 3 Months |
Analysis Type | Gearbox Oil Analysis |
ROKADE Group is a leading service provider for Gear oil testing services. Gearboxes or Gear systems are needed to be checked for their proper functioning. Direct method for checking of the same is to check the gear oil for contamination, wearing analysis. The most expected concerns for contamination of gear oil are Dust, Dirt, Water and Wearing of metal components used. We analyses oil samples and helps customers overcome such problems by trending oil analysis data.
Gear Oils undergo rigorous stresses under application, hence should be monitored carefully for wearing of the machine. Analyzing gear oils for wear metal analysis gives a direct idea on wear and tear of the component or the machine.
Additional Information:
Service Details:
Usage/Application | Refineries |
Testing Type | Chemical Analysis |
Place Of Testing | Navi Mumbai |
Product Type | Metal |
Characteristic Test | Viscosity |
Analysis Type | Hydraulic Oil Analysis |
Fuel Type | Hydraulic Oil |
Standard Certificates Required | Yes |
Preferred Fuel Test Method | ASTM Fuel Test Method |
Testing Standards | ASTM |
ROKADE Group is a leading testing laboratory providing Hydraulic Oil analysis services. Contaminated Hydraulic Oil is the root cause for more than 70% of the failures of the Hydraulic systems. To attain optimum performance and in order to extend the life and productivity of Hydraulic systems, regular oil sampling and analysis is recommended to check the health of the Hydraulic oil & equipment.
Minor Contamination in Hydraulic System may lead to major problems, as oil cleanliness is one of the most important factors for Hydraulic equipments and machines. Contamination of oil may lead to failure of machines & result in costly downtime.
OIL ANALYSIS PROGRAMS ASSISTS CUSTOMER IN:
· Extending Oil change period
· Improve Equipment Life
· Reduce Downtime & Maintenance Costs
· Contamination Control
· Identity potential Problems
· Reduce Warranty Risk
· Prevent unnecessary oil change
Additional Information:
Service Details:
Monitoring Test Type | Contamination Testing |
Preferred Audit Location | Off-Site Testing |
Testing Type | Viscosity Test |
Usage/Application | Manufacturing |
Audit Type | Internal |
Characteristic Test | Viscosity, TAN, Wear, Contamination etc. |
Certification Standard | National Accredited Board of Laboratories (NABL) |
Testing Standards | ISO |
Analytical Service Frequency | 3 Months |
Analysis Type | Lube Oil Analysis |
ROKADE Group’s Oil Analysis Services helps you see the condition of your lubricant at every stage throughout The Journey of the Lubricant and helps prevent equipment failure. We have a customized approach that includes a discovery process where we gain an understanding your practices, your application, and your environment.
A lubricant is a substance, usually organic, introduced to reduce friction between surfaces in mutual contact, which ultimately reduces the heat generated when the surfaces move. It may also have the function of transmitting forces, transporting foreign particles, or heating or cooling the surfaces.
We are providing Lubricant Oil Analysis Services and testing the following parameters:-
· Chemical Analysis of Lubricant Oil
· Physical Testing of Lubricant Oil
· Physio Chemical Test
· Complete Chemical Analysis of Lubricant Oil as per Indian Standard
· Chemical Properties of Lubricant Oil
· Purity Test
Additional Information:
Service Details:
Monitoring Test Type | Contamination Testing |
Preferred Audit Location | Off-Site Testing |
Testing Type | Viscosity Test |
Usage/Application | Manufacturing |
Audit Type | Internal |
Characteristic Test | Viscosity, TAN, Wear, Contamination etc. |
Certification Standard | National Accredited Board of Laboratories (NABL) |
Testing Standards | ASTM |
Analytical Service Frequency | 3 Months |
Analysis Type | Diesel Engine Oil Analysis |
The biggest concerns in maintaining diesel engine health are wear and contamination. An engine oil’s four worst enemies are dirt, soot, fuel dilution and glycol, or engine coolant.
Dirt
Abrasive wear results from a cutting or etching motion caused by circulating hard particles or hard-surface projections wearing away softer surfaces. Abrasive wear sources typically include contaminants, such as dirt, that have entered a component’s oil system and the resulting wear metal particles. Dirt is identified by Spectrochemical Analysis in the form of silicon and aluminum.
Fuel Soot
Fuel Soot is an indication of an engine’s combustion efficiency. An excessive concentration of soot promotes oil gelling and sludge in the engine, which leads to poor oil circulation. Fuel injector efficiency and timing, the integrity of ring piston seal, oil consumption and load all have an effect on fuel soot concentrations. Results are reported in weight %.
Fuel Dilution
Fuel dilution is the amount of unburned fuel present in an engine lubricant. Most commonly associated with clogged or malfunctioning fuel injectors or fuel system assemblies, excessive fuel dilution reduces lubricity, lowers lubricant load-carrying capacities and increases the probability of a crankcase fire and/or explosion. Fuel dilution is most accurately measured by gas chromatography and is reported in % volume.
Glycol
A positive result indicates the presence of glycol contamination, most commonly associated with a leak between the crankcase and the engine’s cooling system. Glycol contamination promotes wear, corrosion, lubricant breakdown and sludging. When oil analysis indicates water ingression or the presence of coolant additives, additional chemical tests are recommended to confirm the glycol contamination.
Additional Information:
Service Details:
Monitoring Test Type | Contamination Testing |
Preferred Audit Location | Off-Site Testing |
Testing Type | Viscosity Test |
Usage/Application | Manufacturing |
Audit Type | Internal |
Characteristic Test | Viscosity,TAN,Wear,Contamination etc. |
Certification Standard | National Accredited Board of Laboratories (NABL) |
Testing Standards | ISO |
Analytical Service Frequency | 3 Months |
Analysis Type | Engine Oil Analysis |
We provides Oil Analysis service to a wide range of industries and applications. Oil analysis may typically apply to low speed machines, critical gearboxes and hydraulic systems. Oil is routinely analysed and monitored to assess:
· Chemistry – used to assess if the oils properties are within normal tolerance and has the correct lubricating properties.
· Contamination – used to assess and measure ingress of foreign bodies, which is arguably one of the biggest root causes of machine failure.
· Wear – faulty and wearing internal machine components are detected at the earliest possible stage.
Additional Information: