Concrete Testing Equipments

A compression Testing Machine (CTM) is used to measure the compressive strength of a material. The CTM is designed to apply a compressive load to the sample until it fails. The machine consists of a piston that moves up and down inside a cylinder, applying the load to the sample.

A compression Testing Machine (CTM) is used to measure the compressive strength of a material. The CTM is designed to apply a compressive load to the sample until it fails. The machine consists of a piston that moves up and down inside a cylinder, applying the load to the sample. 

It can also be connected to your desized Laptop / Computer with Software Provided by us.

A compression Testing Machine (CTM) is used to measure the compressive strength of a material. The CTM is designed to apply a compressive load to the sample until it fails. The machine consists of a piston that moves up and down inside a cylinder, applying the load to the sample.

The CTM machine is used in construction industries to test the quality of concrete. The compressive strength of concrete is determined by testing concrete cubes or cylinders using the CTM machine. The CTM machine can also be used to test the compressive strength of other materials such as bricks, rocks, and metals.

The CTM machine is available in different sizes, capacities, and types. The most common types of CTM machines are manually operated and digital machines. The manually operated CTM machine requires a skilled operator to control the load application, while the digital CTM machine is fully automatic and can be operated by anyone with minimal training.

The CTM machine consists of a load frame, a hydraulic system, and a data acquisition system. The load frame is the main body of the machine, and it supports the hydraulic system and the data acquisition system. The hydraulic system is used to apply the load to the sample, and the data acquisition system is used to measure and record the load and deformation data.

To perform a compression test using the CTM machine, the sample is prepared by casting it into a cube or cylinder mold. The sample is then cured for a specific period of time and tested by placing it in the CTM machine. The load is applied to the sample at a specific rate until it fails. The load and deformation data are recorded during the test, and the compressive strength of the sample is calculated using the recorded data.

In conclusion, the CTM machine is an essential tool in the construction industry to test the quality of concrete and other materials. The CTM machine can be operated manually or digitally and is available in different sizes and capacities. Proper usage of the CTM machine ensures accurate and reliable test results.

• Pan-Type Concrete Mixer It is also known as a circular mixer or a pan mixer because of its circular-shaped mixing pan. This concrete mixer consists of a circular mixing pan that is mounted horizontally on a frame with wheels. One of the advantages is their ability to produce highly homogeneous concrete mixes.

Proper compaction of cement concrete while casting specimens for compression testing is essential to achieve higher compressive strength . GLADIATOR Vibrating Table is ideally suited for this purpose. The table top is suitable to hold cube moulds and has stops along its edges to prevent moulds from sliding off the table during operation. The specially designed vi bro motor for operating the vibrator.

• One of the primary uses of cube molds is to test the compressive strength of the concrete. The concrete cubes cast using these molds are subjected to compressive strength. The results of these cube molds are then used to determine their strength and durability. Cube molds are essential tools for quality control in construction projects.

A compression Testing Machine (CTM) is used to measure the compressive strength of a material. The CTM is designed to apply a compressive load to the sample until it fails. The machine consists of a piston that moves up and down inside a cylinder, applying the load to the sample.

The CTM machine is used in construction industries to test the quality of concrete. The compressive strength of concrete is determined by testing concrete cubes or cylinders using the CTM machine. The CTM machine can also be used to test the compressive strength of other materials such as bricks, rocks, and metals.

The CTM machine is available in different sizes, capacities, and types. The most common types of CTM machines are manually operated and digital machines. The manually operated CTM machine requires a skilled operator to control the load application, while the digital CTM machine is fully automatic and can be operated by anyone with minimal training.

The CTM machine consists of a load frame, a hydraulic system, and a data acquisition system. The load frame is the main body of the machine, and it supports the hydraulic system and the data acquisition system. The hydraulic system is used to apply the load to the sample, and the data acquisition system is used to measure and record the load and deformation data.

To perform a compression test using the CTM machine, the sample is prepared by casting it into a cube or cylinder mold. The sample is then cured for a specific period of time and tested by placing it in the CTM machine. The load is applied to the sample at a specific rate until it fails. The load and deformation data are recorded during the test, and the compressive strength of the sample is calculated using the recorded data.

In conclusion, the CTM machine is an essential tool in the construction industry to test the quality of concrete and other materials. The CTM machine can be operated manually or digitally and is available in different sizes and capacities. Proper usage of the CTM machine ensures accurate and reliable test results.

• Flexure Testing Machines are used for reliable and consistent testing of flexural test on standard concrete beams, transverse test on kerbs and flagstones, indirect tensile tests on concrete and interlocking pavers.

GLADIATOR Series of Servo Controlled Compression Testing Machines are the finest of their types available. Their rugged construction and extreme simplicity makes it possible for personnel with minimum Training to operate them with ease and complete dependability. GLADIATOR Servo Controlled Compression Testing Machine is a fully automated version of the manual/semi-automatic compression testing machine having provision for stress & strain controlled loading. The Machine having working ranges from 0.5kN to 50kN for 50kN Capacity & 30kN to 3000kN for 3000kN capacity. The Machine is available in 50kN to 3000kN ranges. It has provision for automatically turning the pump on and off, controlling the set pace rate/displacement rate and switching the machine off under predetermined conditions.

For clay roofing tiles (Mangalore Pattern) and Cement Concrete Flooring Tiles. This is a double lever, loading machine and the load is applied by flow of lead shots which automatically stops when the sample breaks. The load is applied at the rate of 450 to 550 N/minute or 200 kg/minute as per relevant standards test requirement. The accuracy of load indication is within± 2%. The sample is mounted between rollers 40mm dia or 12 mm dia as per relevant standards test requirement. Capacity 200 kg.