Backed with rich experience and knowledge, we are considered to be one of the most professional manufacturers and exporters of California Bearing Radio Test Apparatus. These test apparatus is tested by our workforce to ensure their features such as rust proof surface finish, less power consumption and negligible maintenance. Our offered range of test apparatus is widely used for designing roads, pavements and runways. California Bearing Radio Test Apparatus is available at industry leading prices in the market.

Precision Engineering for Reliable Results

The CBR Test Apparatus is built to deliver accurate, repeatable results, thanks to its high-grade mild steel frame and powder-coated finish. Its 50 kN proving ring, 0.01 mm dial gauge graduations, and standard-compliant components ensure each test meets exacting standards in both laboratory and field environments. This equipment provides instant, dependable readings necessary for geotechnical investigations.

Comprehensive Accessories and Easy Operation

Included in the package are all essential accessories: spacer disc, cutting collar, annular weights, penetration piston, base plate, stem, and dial gauge. Its manual operation, combined with a mechanical lever, makes the system straightforward to use and maintain, while its floor-mount design ensures stability during testing. The equipment is engineered for ease of use by professionals in educational, research, and construction sectors.

Adaptability and Rugged Construction

Suitable for both laboratory and field CBR investigations, this apparatus can handle high humidity (up to 90% RH) and temperatures ranging from 10C to 50C. Precise calibration and corrosion resistance guarantee reliable performance, making the apparatus suitable for varied climates and demanding environments. The apparatus complies with international standards, ensuring global research and industry compatibility.

FAQs of California Bearing Ratio Test Apparatus:

Q: How is the California Bearing Ratio Test Apparatus operated?

A: The apparatus is hand operated using a mechanical lever, allowing manual control of penetration speed and force application for accurate CBR testing. No complex automation or programming is required, ensuring ease of use in both laboratory and on-site conditions.

Q: What materials and features ensure the durability of the equipment?

A: Constructed from mild steel with a protective powder coating, the apparatus offers excellent corrosion resistance. Its sturdy build and robust components (such as the 50 kN proving ring) guarantee longevity and reliable performance even in high humidity and varying temperatures.

Q: When should the CBR Test Apparatus be used?

A: It is best used whenever assessing soil bearing capacity is required, often during subgrade and base course evaluations for roads, pavements, and foundations. The equipment is suitable for both laboratory and field environments, thanks to its portability and adaptable operation.

Q: Where can this CBR Testing Equipment be installed?

A: The apparatus is designed for floor mounting, making it suitable for lab-based setups or temporary installations on construction sites. Its compact construction allows it to fit in standard geotechnical labs or field testing zones.

Q: What is the procedure for conducting a test using this apparatus?

A: First, prepare the soil specimen with the standard mould, then use the included accessories to assemble the test setup. Apply load with the hand lever, record penetration values using the dial gauge (resolution: 0.01 mm), and measure up to 50 mm penetration. Calculate soil strength from the data collected.

Q: How does this equipment benefit soil bearing capacity evaluations?

A: With its precise calibration, high load capacity, and corrosion-resistant structure, the apparatus produces reliable, standard-compliant results. Instantaneous response time and accurate readings ensure dependable data for engineering decisions regarding soil stability and foundation design.

Q: What range of environmental conditions can this equipment operate in?

A: The apparatus is engineered to function effectively in temperatures from 10C to 50C and relative humidity up to 90%, making it suitable for diverse geographic locations and challenging field conditions.