The BeDensi B1 is a bulk density tester designed to provide accurate and reliable measurements of bulk density for samples other than metal powders. It uses the natural deposition method and is compliant with GB/T16913.3-1997-Part III: Determination of bulk density, ensuring that your results are always precise and consistent. With its easy-to-use and versatile capabilities, the BeDensi B1 is the perfect choice for anyone who needs reliable bulk density measurements for their materials and processes.

Features and Benefits

● Measurement: Bulk density

● Testing sample: Except for metal powders

● Technology: Natural deposition

1. Natural deposition method for accurate measurements: 

The BeDensi B1 bulk density tester uses the natural deposition method to provide highly accurate measurements of bulk density. This technology ensures that your results are always reliable and precise, no matter what type of material you are testing. 

2. Designed for testing samples other than metal powders: 

The BeDensi B1 bulk density tester is specifically designed for testing samples that are not metal powders, making it a versatile choice for a wide range of applications. Whether you are working with plastics, ceramics, or other non-metallic materials, the BeDensi B1 can provide accurate and reliable measurements of bulk density. With its easy-to-use and intuitive controls, it's easy to get precise measurements of your materials, allowing you to make informed decisions about your processes and products.

3. Compliant with GB/T16913.3-1997-Part III: Determination of bulk density:  

The BeDensi B1 bulk density tester is fully compliant with GB/T16913.3-1997-Part III: Determination of bulk density, ensuring that your results meet industry standards and are accepted around the world. This rigorous standard sets out precise guidelines for measuring bulk density, ensuring that your results are accurate and reliable. By using a compliant bulk density tester like the BeDensi B1, you can be confident that your measurements are consistent and comparable, allowing you to make informed decisions about your materials and processes.