Testing Services in Noida (परीक्षण सेवाएं, नोएडा)

ISO 9001, ISO 14001, ISO 13485,CDSCO , IATF 16949 ISO 20000, ISO 27001, VAPT, Cyber Security Auditing, PCI DSS, AICPA SOC -2 Audit ISO 22000, BRC, FSMS, HACCP, and Food Safety Auditing HALAL, KOSHER, FSSC22000 Certification SEDEX, SA8000, and Social Auditing RoHS, FCC GMP , EN US-FDA with US Agent Services 510(K) Submission CE certification for Medical Devices and Machines BIS registration for Electronic and Electrical Devices. CMMI Institute Appraisal System (CMMI Dev/ SVC Maturity Level 3/5, V2.0 Appraisal.)

Fuel Testing Service with quality control, specification requirements, trouble-shooting and R D for their exploration, refining, production, storage and distribution operations. SRTL heavy distillates fuel testing conforms to ASTM, ISO, IP and other international test methods and standards for a wide range of heavy petroleum refined fuels. Heavy distillate fuel testing is available throughout SRTL global laboratory network. Expertise includes fuel quality control, trouble-shooting, contamination identification, and R D support. fuel laboratories test a diverse range of petroleum products for full quality specifications, contamination, trouble-shooting and investigatory solutions. Total Quality Assurance needs and ensure sample collection, shipping, testing and reporting is seamless, efficient, and cost-effective.

Shri Om Testing Research Laboratory was established in 2017. Shri Om Testing Research Laboratory is increasing very rapidly in environment field. Shri Om Testing Research Laboratory a dedicated laboratory for Environmental, Food , Soil , Building Material sample testing analysis committed to high quality ,accurate and timely testing service. We providing complete testing under one roof in the field of chemical ,Biological Physical Testing . We also offer consultancy services for setup of laboratory. Shri Om Testing Research Laboratory provide world class testing service in the field of Environmental ( water, Work Zone Air , Soil, Sludge and Hazardous Waste including Microbiological testing) Food (Vitamins, Protein , Fat, Other Nutrients including Microbiological testing Toxins) , Material ( Cement, Brick, Iron rods, Steel, Soil, Water Proofing Compounds, Bitumen, Design Mix, Admixture any other related test). Our management and technical staff are well qualified and expert in related areas from various R D center ,MNCs Testing laboratories .Our Main Objective to provide reliable testing services to Environments components.

We are giving service for anchor bolt and rebar pull out testing service for all types of diameter and load capacity

We provide Fire Testing Services for automotive materials, components and assemblies to evaluate their flammability, ignition behavior, flame propagation, burning characteristics and resistance to fire exposure under controlled testing conditions. Fire testing helps identify potential risks such as rapid flame spread, ignition, continued burning, melting or dripping, smoke generation and material degradation, supporting the development of safer automotive products. Our services are suitable for automotive plastics, rubber components, upholstery, foams, carpets, fabrics, interior trims, electrical insulation, wiring and cable coverings, battery-related materials, EV components and other polymer-based parts. Fire testing supports material selection, product development, design validation, safety assessment, quality control, supplier qualification, comparative evaluation, failure analysis and customer-specific requirements, helping automotive manufacturers and component suppliers verify the fire-related performance of materials and improve the safety, reliability and durability of vehicle components and systems.

With huge clientele assistance and industrial understanding, we are engaged in offering Sludge Testing Service. Rendered beneath the supervision of highly able executives, these are largely commended all over the country. Moreover, our ability to alter them as per our patrons demands makes these highly well-liked.

Elmech Labs Private Limited is to provide the highest level of Metal testing services as per the client s requirements in accordance with the governing standards of the industry and ISO/IEC 17025. It is our commitment to maintain professional laboratory practice and provide testing services in a timely and cost-effective manner to build long-term relations with our clients.

We have been counted amongst the most trusted names in this domain, engaged in providing Electrical Supply Testing Service

SPARK TESTING SERVICE ON RUBBER LINE FRP LINING

Environmental testing of the equipment s and sub-units is broadly subjecting to different climatic conditions like High Temperature High Humidity, Vibrations etc to examine the behavior of the products especially on durability.Classic Testing Lab is now equipped to stimulate the recommended environmental conditions to verify the effects on products/instruments and components performance. Environmental conditions Tests such as Dry Heat; Damp Heat; Cyclic Test; Composite Temperature/Humidity; Impact; Vibrations (Sinusoidal); Salt Mist; Dust; Corrosion; Low Air Pressure etc can be stimulated in the lab as per different Indian and International standards requirements like IS, IEC etc. Presently Classic testing lab is already conducting the environment test on the Electronics Information Technology products and sub-assemblies for other related products as well that may also cover Mil category.

URS customizes our testing to help manufacturers and importers make sure their products meet the applicable market standards. URS Lab performs an in-depth analysis of audio and video quality using our advanced laboratories and equipment.

Coal Testing Laboratory Services

Backed by the assistance of our highly experienced professionals, we have been able to bring forward a qualitative Bricks Testing Service. Our organization is backed by well-equipped infrastructure and technology to execute this service in an excellent manner. This service is carried out by our adept professionals using the best grade machines and modern techniques. The provided service is highly appreciated by our precious clients owing to its promptness and timely execution. Further, clients can avail this service at reasonable price. Bricks Testing Service involves testing of: Clay BrickFire / Acid Resistance BrickFly Ash/ Lime BrickSand Lime bricksBuilding BricksFacing BricksPaving BricksSewer BricksSpecifications: S.NoMaterialTest as per ISSample Qty. RequiredDays of Testing1Clay BrickIS: 1077, CPWD20 Pcs15 days2nreacid Resistance BrickIS: 4860, 1431320 Pcs.15 days3Fly Ash /Lime BrickIS: 13757, 1289420 Pcs.15 days4Building Bricks (Heavy Duty Bumt Clay)IS: 218020 Pas.15 days5Building Bricks (Perforated)IS: 222220 Pas.APTR6Facing Bricks (Burnt Clay)15: 269120 Pcs.APTR7Paving Bricks (Borns Clay)IS: 358320 Pcs.APTR8Sewar Bricks (Burnt Clay)IS: 485520 Pcs.APTR9Sand Lime BricksIS: 413920 Pcs.APTR

Testing Services

Food Testing is Divided into three categories namely; Microbial, Physical and Chemical. The tests which are routinely carried out include: Adulterants and contaminants analysis. Chemical parameters like moisture, pH, acidity, energy value, fat content, etc.

We are testing the chemical such as Amylase with many types and the types of testing are:Purity TestPhysio Chemical TestHeavy Metal AnalysisPhysical Testing of AmylaseChemical Properties AmylaseChemical Examination of AmylaseGCMS Analysis of AmylaseHPLC Analysis of AmylaseGC Analysis of AmylaseTitration Analysis of AmylaseComplete Chemical Analysis of Amylase as per Indian Standard

The quality of machined surface is characterized by the accuracy of its manufacture with respect to the dimensions specified by the designer. Every machining operation leaves characteristic evidence on the machined surface. This evidence in the form of finely spaced micro irregularities left by the cutting tool. Each type of cutting tool leaves its own individual pattern which therefore can be identified. Alternatively surface finishes imparted by shot blasting, shot peening, Electro Discharge EDT, or other plating operations impart a specific surface finish. This pattern is known as surface finish or surface roughness and can be measured by a surface profilometer machine which quantifies the surface roughness i.e. positive deviation from a datum plane (peak) or negative deviation from a datum plane (valley) as well as peaks per inch. The roughness is expressed in micro-inches or micrometers and expressed as AR (arithmetic average) or RMS (Root Mean Square) values. Narang Metallurgical Spectro Services offer Surface Roughness Measurement parts at our facility which can provide a valuable evaluation for warranty and product issues, such as: Wear verification Noise or mating part irregularities Seal Leaks Narang Metallurgical proficiency with surface measurement allows us to accurately identify the problem at hand, apply standards, and utilize the proper equipment for surface analysis. Narang Metallurgical can help you make sense of your surface roughness measurement requirements, provide the proper means of surface analysis, and establish the correct parameters necessary to help you qualify sensitive details of your part s performance.

we "Birasini Test House" are known to be among the most eminent organizations involved in offering a broad array of Industrial and Biological Testing Services.

We are offering Biodegradable Testing Service to our clients. We so bidegradable test for all type of plastic rubber and material

The ultrasonic testing procedure satisfies requirements for Ultrasonic evaluations of metallic welding as specified in the specifications or requirements for the design and manufacture of the component. Also, related approved weld maps are followed. During the ultrasonic testing procedure, the surface must be free from lubricants, dirt, residue, rust, and sharp edges to ensure a smooth procedure. An Ultrasonic testing instrument with pulse echoes will be used to generate frequencies between 1 MHZ and 5 MHZ for the examination.

Testing Services for Spices and Herbs Instacertify offers comprehensive testing services for spices and herbs, ensuring that your products meet the highest standards of safety, quality, and regulatory compliance. With a network of over 200 accredited labs worldwide, we provide precise and reliable testing solutions tailored to the needs of the spice and herb industry. Our testing protocols align with guidelines from the Food Safety and Standards Authority of India (FSSAI), ISO, Codex Alimentarius, and other global standards. 1. Microbiological Testing To ensure the safety and hygiene of your spices and herbs, we provide thorough microbiological testing, including: Total Plate Count (TPC): Evaluates overall microbial load to assess cleanliness. Coliform Count: Detects potential fecal contamination, indicating hygiene standards. Pathogen Testing: Identifies harmful microorganisms like Salmonella spp., E. coli, Staphylococcus aureus, and Listeria monocytogenes. Yeast and Mold Count: Monitors spoilage organisms that can affect product shelf life. Bacillus cereus Testing: Detects this bacterium, which can persist in dried spices. Our microbiological testing adheres to ISO 6887 and ISO 21527 standards, ensuring accurate and reliable results. 2. Chemical Testing Our chemical testing services ensure the purity and safety of your spices and herbs by identifying contaminants and verifying quality, including: Pesticide Residue Testing: Screens for pesticide residues to ensure safety. Heavy Metal Testing: Detects toxic metals like lead, cadmium, mercury, and arsenic. Aflatoxin and Mycotoxin Testing: Assesses the presence of mycotoxins that can contaminate spices during storage. Adulteration Testing: Identifies unauthorized additives or fillers that may be used to increase volume. Moisture Content and Ash Content: Ensures proper drying and evaluates mineral content for quality control. Our chemical testing follows ISO 16050 for mycotoxins, FSSAI regulations, and Codex Alimentarius standards. 3. Nutritional Analysis Our nutritional analysis services provide essential insights into the composition of your spices and herbs, including: Protein and Fat Content: Evaluates nutritional value, especially in seeds and nuts. Vitamins and Minerals: Tests for key nutrients like Vitamin C, iron, and calcium. Fiber Content and Carbohydrate Analysis: Measures dietary fiber and sugar content, crucial for accurate labeling. We utilize AOAC International methods to ensure the highest standards of accuracy. 4. Quality Parameter Testing To maintain the desired flavor, aroma, and consistency, we offer quality testing services, including: Volatile Oil Content: Measures the essential oils in spices like cloves and cinnamon, contributing to their characteristic flavors. Color and Appearance Assessment: Ensures uniformity in color for consumer appeal. Flavor and Aroma Testing: Conducts sensory evaluations to meet flavor standards. Particle Size Analysis: Determines grind size for powdered spices, affecting cooking characteristics. Our quality parameter testing is conducted according to ISO 6571 for volatile oils and ISO 11037 for sensory evaluation. 5. Contaminant and Residue Analysis Our advanced contaminant testing services include: Polycyclic Aromatic Hydrocarbons (PAHs): Detects harmful chemicals that may result from drying or smoking processes. Residual Solvents Testing: Identifies any solvents used during extraction. Foreign Matter Detection: Screens for physical contaminants like stones or plant materials. Conclusion

We have BIS approved as well as NABL approved lab available for sample testing.

The Electrical Resistivity Tomography (ERT) method is a well-established technique that has been used for geophysical investigations for a long time. This method involves injecting current into the ground through electrodes and measuring the resulting potential. By calculating the resistance, the resistivity of the ground can be determined. The variations in electrical resistivity are closely related to variations in lithology, water saturation, fluid conductivity, porosity, and permeability. These variations can be used to create maps of stratigraphic units, geological structures, sinkholes, fractures, and groundwater. To obtain more accurate results, the ERT method is often combined with other reconnaissance geophysical methods, such as electromagnetic mapping or ground-penetrating radar (GPR). This combination helps to further narrow down any anomalous areas. Additionally, the ERT method complements other profile mapping techniques like seismic refraction and MASW. Overall, the ERT method is a valuable tool in geophysical investigations, providing important information about the subsurface and helping to understand the geological characteristics of an area. ERT is commonly used in environmental applications to: Estimate depth, thickness, and resistivity of subsurface layers. Estimate depth to the water table. Identify boundaries of landfill and burial pit sites. Develop a broad, low-resolution cross section of the site. Reconcile boring logs from multiple drilling efforts over time and identification of data gaps requiring further investigation. Detect high-concentration contaminant plumes and variations in hydrogeological properties using temporal imaging. Detect injected amendment or microbial distribution in the subsurface.

Analyze electrical signatures to understand motor health and identify emerging electrical or mechanical abnormalities early. Detect Early. Reduce Downtime. Improve Reliability.

Description Surface hardening improves the wear resistance and fatigue strength of dynamically stressed components. These functional characteristics are mainly determined by surface hardness, hardening depth and residual stress. An essential quality feature of the surface hardening process is the thickness of the hardened layer (SHD). Currently, the hardened layer can only be tested in random samples using destructive methods, a procedure that is both costly and time-consuming. Ultrasonic waves propagating in polycrystalline materials (steel) are scattered at material interfaces with changes of density and/or elastic properties. In general, the ultrasonic waves are scattered in all directions, one part also back to the ultrasonic transducer that generated the ultrasonic pulse. The intensity of backscattered ultrasound received by the transducer depends on the ratio of geometric size of scattering geometry to the wavelength of ultrasound and on the degree of material property difference at the interface denoted by the term acoustic impedance change. In the regime where the ultrasonic wave length is large compared to the size of scattering geometry, higher ultrasound frequencies (or shorter wave lengths) increase the intensity of ultrasonic backscattering. Further, intensity of backscattering increases with the average effective size of the scattering geometry, for example the grain size of the polycrystalline steel. Using the appropriate frequency of about 20 MHz, the microstructure change between the hardened case (usually fine grained Martensite) and the core material with coarse grained microstructure causes a distinct increase of backscattering intensity. This effect can be observed when the ultrasonic pulse crosses the interface and standard time of flight evaluation yields the depth position of the interface that corresponds to the Surface Hardening Depth (SHD) (see figure 1). Figure 1: The Ultrasonic Backscatter Technique (UBT) Ultrasonic SHD testing is based on completely different physical principles compared to metallographic methods, such as microhardening testing or other destructive methods. Therefore, SHD values obtained thorought the UBT are not necessarily identical to destructive SHD values. Nevertheless, in most cases there is a good correlation between the two values, because both methods are influenced by the hardness process, particularly the location of the interface between hardened case to core material . Distinctive Attributes In cooperation with the Fraunhofer Institute for Non-Destructive Testing (IZFP), QNET Engineering GmbH developed an ultrasonic test instrument for fast and easy SHD control. Reduced efforts and costs for testing facilitate rapid production control for a consistently high level of quality. The test instrument is used to optimize manufacturing parameters, reduce downtimes after inductor changes, for production monitoring and quality control. Method The test method is based on the effect that the hardened layer is almost transparent to ultrasonic waves while the non-hardened material scatters them back. The backscattered signal received by a probe, is processed by the UT hardware and automatically evaluated by the software. The Surface Hardening Depth (SHD) is calculated and displayed by the software. In most cases the results comply with the results of destructive methods. SHD values 1.2 mm are determined using standard equipment. Lower SHDs can be tested with special probe systems.

The NIRS DA1650 Oilseed Crush analyser helps oil crushers to gain vital process data on liquid and solid materialwith just one cost-effective analytical unit. Versatile sample presentation allows anyone to get reliable measurementsfor whole seeds, cake, flakes, meals and oils while true networking capability and simple touch-screenoperation keep running costs lower than other NIR solutions

The TDR9100 is a state-of-the-art circuit breaker test system to test all types of circuit breakers with efficient and accurate performance measurements. The TDR9100 provides main contact timing, motion, resistance and capacitance measurements with the flexibility to double or triple your usable channels. Use this inclusive, rugged and field-portable instrument for simple and complex testing of circuit breakers. TDR9100 controls circuit breaker trip and close commands and supports the following operations: Trip (O), Close (C), Reclose (O-0.3s-C), Tripfree (CO),O-CO, O-0.3s-CO, First Trip (O), Slow Close (C).

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