Concrete Testing Services
Ensure the reliability and performance of your concrete products – including anchors and masonry – with Element's comprehensive concrete testing services. From mix design to durability testing, our accredited laboratories provide precise, trusted results to help you meet industry standards, reduce risks, and avoid costly failures.

What are Concrete Testing Services at Element?
Concrete testing services ensure that your concrete and all concrete and masonry anchors consistently meet high-quality standards, adhering to strict industry specifications and intended design life. Element provides a wide range of laboratory and on-site testing and inspection services for concrete and aggregates. These services evaluate new materials, assess the condition of in-situ concrete, and demonstrate compliance with regulations and quality standards. Our fully equipped, accredited materials testing laboratories are specifically dedicated to testing and analyzing both fresh and hardened concrete, along with its anchors.

What can Element offer you for Concrete Testing Services?
Components and Products We Test
Components and Products We Test
Element specializes in testing fresh and hardened concrete, including standard grades, high-performance concrete, shotcrete, self-compacting, and modified mixes.
We test all types of concrete and masonry anchors, including chemical, mechanical, screw, channel, cast-in specialty, and power-driven anchors. Our expertise extends to various cement types, including Ordinary Portland Cement (OPC), sulfate-resisting cement, Ground Granulated Blast Furnace Slag (GGBS), fly ash, and silica fume mixes.
Detailed Testing Coverage:
- Fresh concrete mixes
- Hardened concrete specimens
- Modified and specialty concrete formulations
- All anchor types for concrete/masonry
- Various cement and admixture combinations
Key Tests Offered
Key Tests Offered
We provide end-to-end concrete testing—from fresh workability assessments to hardened durability analysis. Our core testing services include:
Concrete Testing:
- Chloride penetration resistance and chloride permeability
- Compressive and flexural strength testing
- Initial Surface Absorption Test (ISAT)
- Chloride and sulfate testing
- Water permeability testing
- SCRF flexural tensile strength testing
- Limit of Proportionality (LOP)
- Static creep testing
- Core drilling and testing
- Pull-off and pull-out testing
- Concrete bond strength tests
- Drop test (BRE screed tester)
- Rebound hammer / Schmidt hammer test
- Ultrasonic Pulse Velocity (UPV)
- Concrete cover measurement
- Carbonation depth analysis
- Half-cell potential testing
- Alkali-silica reaction assessments
- Petrographic examination
- Alkali reactivity of aggregates
- Drying shrinkage analysis
- Static Modulus of Elasticity and Poisson’s Ratio
- Sulfate resistance
- Portland Cement Concrete (PCC) testing
- Flash ash content analysis in PCC
- Concrete curing compound assessments
- Bleeding test of concrete
- Blaine air permeability cement fineness
- Cement consistency and setting time
- Heat of hydration testing
- Cylinder compressive strength testing
- Chloride diffusion coefficient testing
- Durability and crack width/movement evaluations
- Testing High-Strength Concrete (HSC) for compressive strength
Anchor Bolt Testing:
- Static Tension
- Static Shear
- Static Oblique
- Seismic Shear
- Seismic Tension
- Cracked Concrete Testing (static, cyclic)
- Environmental Condition Testing (freeze-thaw, elevated/decreased temperatures, alkaline exposure, sulphur exposure, etc.)
- Chemical and Metallurgical Analysis
- Failure Analysis
- Creep Testing
- Wet/Submerged Installation Testing
- Hydrogen Embrittlement Testing (Method A)
Methods and Solutions Offered
Methods and Solutions Offered
Our services cover everything from pre-construction reviews to existing structure assessments, with both laboratory and on-site testing capabilities. We use destructive and non-destructive testing solutions to evaluate structural performance and compliance with industry standards.
How our team supports your testing:
- Pre-construction consultation
- On-site testing and monitoring
- Laboratory analysis
- Quality control programs and Compliance documentation
- Digital reporting systems
- Full trial mix facilities
- Non-destructive evaluation techniques
Cutting-edge Equipment We Use
Cutting-edge Equipment We Use
Our laboratories are equipped with industry-leading testing technology, including specialized adiabatic calorimeters for temperature control testing and custom equipment for cracked concrete anchor testing and durability assessments.
Labs Offering This Service
Labs Offering This Service
Element operates accredited materials testing laboratories worldwide, including key hubs in Singapore (Tuas Loop) and Malaysia (Johor)—formerly known as Admaterials. Our anchor bolt testing expertise is led by Element St. Paul. With over 20 years of experience our ICC-certified scientists and engineers actively contribute to the development of industry testing procedures and standardization efforts.
Standards we meet and products we test
British Standards
- BS EN 196, NTB 492, C1202, BS 1881, BS EN 12390, DIN 1048, BS EN 14651, BS EN 12350, BS EN 1744, BS EN 932, BS EN 933, BS EN 1367, BS EN 12504, BS EN 1097, BS ISO 1920-9, BS EN 12390-17, C512 / C512M, C876, BS EN 206, BS EN 197, BS EN 450, BS EN 480, BS 812, BS EN 1008, BS 3148, BS EN 12620.
ASTM
- A 615, A 820, C 29 / C29M, C 39 / C39M, C 40 / C40M, C 42 / C42M, C 78 / C78M, C 88, C 109 / C109M, C 117, C 127, C 128, C 131, C 136, C 138 / C138M, C 142 / C142M, C 143 / C143M , C 157 / C157M, C 173 / C173M, C 190, C 192 / C192M, C 215, C 215, C 231 / C231M, C 260, C 330 / C330M, C 348, C 482, C 494 / C494M, C 511, C 535, C 566, C 567, C 617 / C617M, C 618, C 880 / C880M, C1018, C1064, C1116 / C1116M, C1231 / C1231M, C1399 / C1399M, C1579, C1609 / C1609M, E 488, E1512, C1240, C1602/ C1602M, C1157 / C1157M, C1152 / C1152M, C1084, C1074, C1038 / C1038M, C1017 / C1017M, C1012 / C1012M, ASTM C989 / C989M, C900, C856 / C856M, C805 / C805M, C496 / C496M, C494 / C494M, C469 / C469M, C452, C403 / C403M, C311 / C311M, C309, C295 / C295M, C289, C266, C232 / C232M, C227, C204, C192 / C192M, C191, C186, C150 / C150M, C31 / C31M, C1556.
Anchor bolt testing
- ACI 355.2-04/355.2R-04
- ASTM C1354 / C1354M
- ASTM E 488
- ASTM E1512
- ICC-ES AC 01
- ICC-ES AC 58
- ICC-ES AC 70
- ICC-ES AC106
- ICC-ES AC193
- ICC-ES AC232
- ICC-ES AC308
- ICC-ES AC446
- City of Los Angeles, California
- Miami-Dade BCCO
Concrete Types:
- Fresh Concrete Mixes
- Hardened Concrete Specimens
- Modified Concrete Formulations
- Specialty Concrete Types (e.g., Shotcrete, Self-Compacting, High-Performance Modified Mixes)
Anchor Types for Concrete/Masonry:
- Chemical Anchors
- Mechanical Anchors
- Screw Anchors
- Channel Anchors
- Cast-in Specialty Anchors
- Power-Driven Anchors
Cement Types:
- Ordinary Portland Cement (OPC)
- Sulfate-Resisting Cement
- Ground Granulated Blast-Furnace Slag (GGBS)
- Fly Ash
- Silica Fume Mixes
Admixtures & Other Components:
- Various Cement and Admixture Combinations
Your Challenges, Our Solutions
Ensuring Compliance
Maintaining Long-Term Durability
Preventing Costly Concrete Failures
Assessing In-Situ Concrete Condition Accurately
Why Choose Element

Comprehensive End-to-End Services
Cutting-Edge Testing Technology
ICC-Certified Testing Experts
Industry-Leading Durability Testing
But don't just take our word for it
See what others have to say about partnering with Element
Frequently asked questions
What types of building standards and regulations do your concrete testing services comply with?
Our testing services comply with internationally recognized BS, EN, and ASTM standards.
What specific types of testing do you offer for self-compacting concrete?
For self-compacting concrete, we provide specialized testing including: slump flow, V-funnel, L-box, and adiabatic tests.
When is adiabatic testing particularly important for concrete?
Adiabatic testing is crucial for mass concrete sections where heat dissipation is slower than heat generation, ensuring performance in thick concrete sections.
What comparative quality testing methods do you use for existing structures?
We use tests like the Rebound hammer (Schmidt Hammer test), BRE screed tester, and Pulse Velocity (PUNDIT) to assess structural integrity.

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