Compressive Strength Clause Samples
The Compressive Strength clause defines the minimum pressure or load that a material, typically concrete or masonry, must withstand before failing or deforming. In practice, this clause sets specific strength requirements that materials must meet, often verified through laboratory testing of sample specimens before or during construction. By establishing these standards, the clause ensures the structural integrity and safety of the finished project, preventing the use of substandard materials that could compromise the building's performance.
Compressive Strength. The average compressive strength of 43 grade OPC cement tested as per IS:403 Part-6 1988 shall be as follows:
Compressive Strength. The minimum compressive strength of the CLSM material must be 30 pounds per square inch (psi) and the maximum compressive strength of the CLSM must be 150 pounds per square inch (psi) when tested in accordance with ASTM D4832 after fifty-two (52) days.
Compressive Strength. The Class PCC04081 (S) concrete must have a minimum 4,000 psi compressive strength at twenty-eight (28) days.
Compressive Strength. Initial Setting time.
Compressive Strength. The Class "S" concrete must have a minimum 4,400 psi compressive strength at twenty-eight (28) days.
Compressive Strength. Shall have a minimum 4,400 psi compressive strength at twenty- eight (28) days.
Compressive Strength. Minimum compressive strength of any one brick shall not be less than 100 kg /Sq. cm.
Compressive Strength. The material must have a minimum cured compressive strength of 75 psi tested in accordance ASTM D1621 (without conditioning).