Pro Loader Load Frames
Pro Loader Load Frames are a vital component of any soil testing laboratory. These load frames are designed specifically for unconfined compression strength test systems, making them essential for accurate and reliable soil testing.
Each Pro Loader Load Frame in this category meets the internationally recognized standards of ASTM D2166 and AASHTO T 206, ensuring that you can trust the quality and precision of these products.
The Pro-Loader Load Frame is capable of handling compressive capacities of up to 10,000 pounds-force (lbf). With its sturdy construction and robust design, it is built to withstand the demanding conditions of soil testing laboratories. This load frame is ideal for a wide range of applications, providing consistent and accurate results for various soil types.
For applications that require high strain rates, the High Strain Rate Pro Loader II Load Frame is the perfect choice. It boasts a strain rate range of 0.0001 to 0.3 inches per minute (0.00254 to 7.62 mm per minute), allowing for precise testing at faster speeds. This load frame is designed to meet the specific requirements of high strain rate testing procedures.
If you need a load frame that offers a wider range of testing capabilities, the Wide Range Pro Loader Load Frame is the ideal option. It provides a range of 0.0001 to 0.3 inches per minute (0.00254 to 7.62 mm per minute), making it suitable for more extensive soil applications, including some triaxial testing.
The Pro Loader Load Frames available in this category include popular products like the Karol-Warner HM-396, HM-397, and Gilson HM-398, to name just a few. These load frames are engineered for excellence and are designed to meet the specific needs of soil testing professionals.
When it comes to soil testing, accuracy and reliability are paramount. Pro Loader Load Frames from Certified Material Testing Products provide the confidence and precision required for reliable soil testing results. Choose from our wide range of load frames and enhance your soil testing capabilities today.
