Are you in need of accurate and reliable information about the bearing capacity of your soil? Look no further! Our team offers a range of testing services to determine the capacity of soil to support applied loads. Our tests include:

1. Standard penetration test: This method involves driving a thin, pointed rod into the ground and measuring the resistance encountered.

2. Dynamic cone penetration test: This test uses a cone-shaped penetrometer to measure the resistance of soil to penetration.

3. Plate load test: This method involves placing a flat plate on the ground and applying a load to it, measuring the settlement of the plate to determine the soil's bearing capacity. Don't let uncertain soil conditions jeopardize the stability of your project. Contact us today to learn more about our bearing capacity testing services.

TAre you in need of accurate and reliable information about the grain size distribution of your soil? Look no further! Our team offers a range of testing services to determine the grain size of your soil. Our tests include:

1. Sieve analysis: This method involves passing the soil through a series of sieves with progressively smaller openings, allowing us to determine the distribution of particle sizes within the soil.

2. Sedimentation analysis: This test involves measuring the rate at which particles of different sizes settle out of a suspension, allowing us to determine the grain size distribution of the soil. Grain size analysis is essential for a wide range of applications, including the design of earth dams and the determination of soil suitability for road construction and airfields. Contact us today to learn more about our grain size analysis services.

Are you in need of accurate and reliable information about the strength and properties of your concrete structures without causing any damage? Look no further! Our team offers a range of non-destructive testing (NDT) services for concrete. Our tests include:

1. Rebound hammer: This method involves striking the surface of the concrete with a spring-loaded hammer and measuring the rebound of the hammer to determine the surface hardness and compressive strength of the concrete.

2. Magnetic rebar finder: This device uses a magnetic field to locate rebar, wire mesh, or other metallic reinforcing within concrete structures.

3. Laser distance meter: This device uses a laser beam to measure the distance between two points, allowing us to obtain precise measurements of the dimensions of concrete structures.

4. Core cutting: This method involves removing small cylindrical samples of concrete from the structure and testing them in a laboratory to determine the compressive strength of the concrete. NDT is an essential tool for evaluating the condition of concrete structures and ensuring their safety and integrity. Contact us today to learn more about our NDT services for concrete.

Are you in need of reliable and accurate testing services for your concrete? Look no further! Our state-of-the-art concrete testing lab offers a range of services to meet your needs. Our services include:

1. Aggregate grading: This test determines the size and distribution of the particles within a sample of aggregate, which is an important factor in the strength and durability of concrete.

2. Standard consistency test: This method measures the consistency of concrete, which is an indication of its workability and suitability for various construction applications.

3. Initial/final settling time test: This test measures the time it takes for a sample of concrete to settle after it has been mixed, which can help to determine the quality of the concrete.

4. Compressive strength test: This method involves applying a compressive load to a sample of concrete and measuring the amount of deformation that occurs, which is an indication of the strength of the concrete.

5. Air permeability test: This test measures the ability of air to pass through the pores in a sample of concrete, which is an important factor in its durability and resistance to freeze-thaw damage.

6. Slump test: This method involves measuring the amount of deformation that occurs when a sample of concrete is placed in a slump cone, which is an indication of its workability.

7. Soundness test of cement: This test measures the ability of cement to expand and contract without cracking, which is an important factor in the durability of concrete.

8. Impact test of aggregates: This method involves striking a sample of the aggregate with a falling weight and measuring the amount of deformation that occurs, which is an indication of its toughness and resistance to impact. Don't let poor quality concrete compromise the integrity of your project. Contact us today to learn more about our concrete testing services.