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Why Test Epoxy Flooring Chemical Resistance Standards?

Chemical resistance testing for epoxy flooring is crucial in industrial environments, indicating durability and suitability. Testing measures weight change, physical alterations, and surface integrity when exposed to chemicals. This approach helps industries select appropriate flooring, particularly in sectors requiring stringent sanitation protocols. Testing follows ASTM D543 guidelines, with immersion and spot tests. High-performance epoxy flooring shows less than 1% swelling when exposed to harsh chemicals and depends on post-cure temperatures and curing agent selection. Thorough testing ensures compliance with multiple regulatory frameworks and safety standards.

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5 Best Chemical Resistance Tests for Epoxy Floors

Chemical resistance testing of epoxy floors via five methods—immersion testing, ASTM D1308 spot testing, vapor exposure, weight change measurement and visual assessments—secures durability and performance.

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Why Floor Moisture Tests Matter Before Installation

Moisture testing in flooring is critical as hidden moisture can cause material damage, leading to financial losses and structural failures. Moisture can cause issues like cracking, bubbling and mould growth. Professional contractors use multiple tools and methods for moisture testing, including hand-held pinless moisture meters and hygrometers. Moisture testing is a cost-effective strategy, with a potential cost of $300-$600 compared to damage repair costs of up to $12 per square foot. Thorough testing prior to installation can prevent future flooring failures.

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Concrete Moisture Testing: When Can Flooring Begin?

Moisture in concrete slabs poses challenges for flooring installation projects. Successful flooring requires understanding the movement of moisture within concrete and using appropriate testing methods to assess the conditions. Contractors should keep relative humidity below 75% and follow industry standards for best results. Thickness, temperature, and external water sources influence how moisture moves within concrete, affecting the drying time. Proper moisture testing can avoid issues like mould growth, warping, and coating failures.

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Calcium Chloride Testing: Is Your Floor Ready?

Calcium chloride testing is a vital step in assessing a concrete slab's readiness for covering materials. The test measures a slab's moisture vapor emission rates by placing a pre-weighed calcium chloride disc under a sealed sheet for 24 hours. The accumulated weight helps calculate vapor emission rates, which ideally range between 3-5. Technicians must adhere to specific protocols to ensure accurate results, which include meticulous surface preparation and maintaining the test setup for 60-72 hours.

How to Test Epoxy Bond Strength on Floors

Epoxy bond strength on floors are assessed using specific tools and protocols to ensure adherence to industry standards. Measurement tools include tensile testing machines, peel strength test devices, and surface preparation tools. To determine if a surface is ready for epoxy bonding, technicians conduct various tests such as moisture testing, visual and tactile inspections, pH testing and surface roughness measurements. Pull-off testing, following ASTM D4541 guidelines, measures the epoxy's bond strength by applying a controlled force on the surface.