Testing and Inspection Company in Bangladesh

Last updated: 7 October 2026

Veritas Technologies Ltd is a testing and inspection company in Bangladesh that measures the real condition of buildings, foundations, lifting equipment, pressure vessels and electrical systems. Using non-destructive, semi-destructive and load tests with calibrated instruments, our engineers give factory owners, developers and auditors signed reports they can rely on for safety and compliance decisions.

Drawings and calculations describe how a building or machine should behave. Testing shows how it actually behaves today. Concrete may be weaker than specified, a pile may be shorter than recorded, an earth electrode may have corroded, or a crane brake may have worn. A good inspection programme finds these problems before they turn into accidents, failed audits or expensive repairs.

This page brings together every testing and inspection service Veritas offers, grouped into electro-mechanical tests and civil, geotechnical and NDT tests. Each entry links to a detailed page explaining the method, standards and deliverables. If you are not sure which test you need, read the sections on choosing tests and on how results feed into a Detail Engineering Assessment (DEA), or simply contact our engineers.

What Does a Testing and Inspection Company Do?

Inspection is the examination of an asset against a standard, a drawing or good practice: looking, measuring and recording. Testing goes further and applies a controlled action, such as a load, a voltage, a pressure or an ultrasonic pulse, and measures the response. Most assignments combine both. A crane examination, for example, starts with a visual and dimensional inspection and finishes with a proof load test.

An independent testing firm has no stake in the outcome. That matters to buyers, insurers, approving authorities and safety programmes, which generally prefer evidence from a third party rather than from the contractor who built or maintains the asset. Veritas is a DIFE-enlisted engineering firm, and our testing team works alongside our assessment, design and construction engineers, so results are interpreted by people who understand what the numbers mean for the structure or system.

Destructive, Non-Destructive and Semi-Destructive Testing: What Is the Difference?

Tests are often grouped by how much they affect the item being tested. The choice is a balance between how direct the result is and how much damage or disruption is acceptable.

In practice the strongest results come from combining categories. A handful of cores can calibrate dozens of rebound hammer and UPV readings; pile integrity tests screen every pile while a static load test proves capacity on a few.

Electro-Mechanical Testing and Inspection Services

These services cover machinery, pressure equipment and electrical installations in factories, warehouses and commercial buildings. Most are periodic: they are repeated at intervals set by the regulations, the manufacturer, insurers or buyer compliance programmes.

Electrical tests are often requested together, because a single site visit can cover earthing, insulation, thermal imaging and oil sampling. Mechanical tests such as crane, lift and pressure tests are planned around production so that equipment is out of service for the shortest possible time.

Civil, Geotechnical and NDT Testing Services

These services establish what the ground can carry, how foundations were built and how strong the existing concrete and steel really are. They are used during construction for quality control, and on existing buildings for assessments, change of use and vertical extension.

Ground and foundation tests

Concrete and reinforcement tests

Metal and surface NDT

Survey

How Do You Choose the Right Test?

Start from the question you need answered, not from the test name. The same building may need very different tests depending on whether you are designing, building, buying, extending or assessing it.

• Designing a new building or factory: a soil test first, then a land survey if the site has not been measured.
• Building on piles: pile integrity tests across the site and static load tests on selected piles, as the structural engineer specifies.
• Checking new concrete and steel: cube or cylinder tests and rebar tests on delivered material.
• Assessing an existing building: rebar scanning, rebound hammer, UPV and core tests at representative locations.
• Adding floors or heavy machinery: the assessment tests above plus a review of foundations and, where needed, soil data.
• Keeping a factory safe and compliant: periodic crane, lift, boiler and air receiver examinations, plus earth resistance, insulation resistance, thermography and transformer oil tests.
• Investigating a specific defect: targeted NDT such as UPV for cracks, eddy current or radiography for welds, and thermography for overheating.

Our engineers will review your drawings, previous reports and the reason for testing, and then propose a scope with the number and location of tests. That avoids paying for tests that will not answer your question.

How Does Testing Feed into a DEA and Other Assessments?

Assessment reports are only as good as the data behind them. In a Detail Engineering Assessment (DEA), the structural engineer builds a computer model of the existing building. The concrete strength comes from core tests, calibrated by rebound hammer and UPV readings; the reinforcement layout comes from rebar scanning and selective exposure; and steel grade comes from rebar tests. Without these inputs, the model would rely on assumptions that may be far from reality.

Electrical tests play the same role in an electrical safety assessment: thermography, earth resistance and insulation resistance results turn visual observations into measured findings. Load and pressure tests support mechanical safety items in factory audits, and their reports are commonly attached to a corrective action plan to show that an item has been closed.

How Is a Testing Assignment Carried Out?

1. Enquiry: you share the asset, location, purpose of testing and any drawings or earlier reports.
2. Scope and method: our engineers select tests, numbers and locations, and identify the standard or specification to test against.
3. Quotation and programme: we confirm cost, duration, site requirements and any shutdown needed.
4. Site preparation: access, isolation, permits to work, scaffolding, test weights or water supply are arranged with your team.
5. Testing: calibrated instruments are used, readings are logged on site and photographs are taken.
6. Laboratory work where needed: cores, rebar samples and soil samples are tested in a laboratory.
7. Analysis: results are checked against the acceptance criteria and interpreted by an engineer.
8. Reporting: a signed report is issued, with clear findings and recommendations, and we can explain it to your consultant, auditor or buyer.

Calibration and Reporting: What Do You Receive?

A test result is only meaningful if the instrument was accurate and the method was recorded. Every Veritas test report is written so that a third party can understand what was done and check it.

• Project details, asset identification and the purpose and scope of testing.
• Test method and the standard or specification followed.
• Instrument list with serial numbers and calibration references.
• Location drawings or marked-up plans showing where each test was done.
• Tabulated readings, graphs and laboratory certificates where applicable.
• Photographs of the set-up and of significant observations.
• Interpretation of results against the acceptance criteria, with pass, fail or further-investigation remarks.
• Recommendations and, for load and pressure tests, a test certificate for the equipment tested.
• Engineer review and signature.

Which Standards Apply to Testing and Inspection in Bangladesh?

The Bangladesh National Building Code (BNBC 2020) governs structural and foundation work, and the Bangladesh Labour Act 2006 and Bangladesh Labour Rules 2015, enforced by the Department of Inspection for Factories and Establishments (DIFE), set duties for the safe condition and periodic examination of factory equipment such as hoists, lifts and pressure plant. Steam boilers fall under the boiler law administered by the Office of the Chief Inspector of Boilers.

Test procedures follow internationally recognised methods. Examples include ASTM C805 for rebound hammer, ASTM C597 for UPV, ASTM D1143 for static pile load tests, ASTM D5882 for pile integrity testing, IEEE 81 for earth resistance measurement and IEC 60422 with ASTM D877 or IEC 60156 for transformer oil. The method used for each job is stated in its report, and project specifications always take priority where they set stricter requirements.

What Does Testing and Inspection Cost in Bangladesh?

Prices vary widely between tests, so we quote each job individually. The main cost factors are:

• Type of test and the equipment it needs, from a hand-held instrument to tonnes of kentledge or test weights.
• Number of test points, samples, piles or items of equipment.
• Laboratory work required on cores, rebar or soil samples.
• Site location, access, working height and whether shutdowns or night work are needed.
• Reporting requirements, such as buyer-specific formats or engineering interpretation for an assessment.

Send a short description of the asset and the reason for testing, and we will return a written quotation and programme.

Frequently Asked Questions