Water plays a pivotal role in every phase of construction — mixing mortar, preparing concrete and curing structures. Impurities can corrode reinforcement, introduce silt and clay, and impede the hardening of concrete. Testing before work begins ensures a strong, durable foundation.
Ensuring the water is not too acidic or alkaline.
Quantifying the amount of acid or base present.
Measuring silt, clay and other particles that weaken concrete.
High chloride accelerates corrosion of steel reinforcement.
Excess sulphates cause expansion and cracking.
Determining acid/base required to neutralize 100ml of water, per IS 456:2000.
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Pan-India sample collection with proper chain-of-custody.
Compliant, audit-ready PDFs with expert interpretation.
NABL accreditation and adherence to BIS standards.
Civil and environmental engineers who understand water's impact on concrete performance.
Results delivered promptly without compromising accuracy.
From metro projects to residential builds across India.
Contaminants such as salts, acids, alkalis and organic matter weaken the bond between cement and aggregates, slow setting, and cause corrosion.
IS 456:2000 specifies water must be clean, neutral (pH ≥ 6) and free from harmful oils, acids, alkalis, salts, sugar and organic matter.
Before construction begins, whenever the source changes, or if contamination is suspected — large projects often test multiple times.
We recommend treatment options (filtration, reverse osmosis) or an alternative supply.
Yes — water used for curing must also be clean; we offer separate testing for curing water if required.
CPCB-compliant effluent testing for industrial operations.
Explore Industrial Wastewater Testing →Contact us today to schedule sampling and keep your construction on solid ground.
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