BetterPyc 380 by Bettersize Instruments
Versatile Gas Pycnometer
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The BetterPyc 380 is an automatic gas pycnometer that uses the gas displacement method to deliver highly accurate measurements with ease, offering precision at its best. With temperature control, pressure sensing, and intuitive software, it measures the volume, true density, solid content, and open cell content of your samples with up to 4-digit accuracy.
Features and Benefits:
- Multiple Functions: Volume, Density, Solid Content, Open Cell Content
- High-Accuracy
- Effortless Operation
- Integrated Software Solution
- Friendly Sample Requirement
Brochures
Explore the BetterPyc 380
In this product brochure from Bettersize Instruments, explore the BetterPyc 380, an automatic gas pycnometer that uses the gas displacement method to deliver highly accurate measurements. Learn more about features such as temperature control, pressure sensing, and intuitive software that measures the volume, true density, solid content, and open cell content of your samples with up to four-digit accuracy.
Paints, inks and coatings
In this application note collection, Bettersize Instruments focuses on key production processes of powder coating and explore how these processes affect the size and shape of powder particles and eventually the final product performance.
Powder density analysis: Gas displacement, applications, and extended measurements
In this whitepaper, explore the BetterPyc 380, a gas pycnometer developed by Bettersize Instruments, which is used for the measurement of a sample’s volume, density, solid content, and open cell content with the help of dedicated analysis software. The BetterPyc 380 is characterized by its multiple functions, simple operation, high degree of automaticity, fast analysis speed, high accuracy, and good repeatability.
Open cell content determination of cellular plastics by gas displacement method
Measuring open-cell content is crucial for selecting suitable foam. In this application note from Bettersize Instruments, researchers and engineers can explore a comprehensive guide to measure the open cell content of plastic rigid foam by using the automatic pycnometer BetterPyc 380. The note also describes the measurement method, experimental process, and measurement results.
Effect of particle size on void fraction
The void fraction, an important powder packing property, has a direct impact on many of the powder physical characteristics and applications. In order to demonstrate how the variation in powder particle size affects its packing property, this application note from Bettersize Instruments illustrates the true density, skeletal density, tapped density, and void fraction of glass beads at different particle sizes.
Density measurement of solid and semi-solid asphalt by automatic helium pycnometer
In this application note from Bettersize Instruments, explore how accurate measurement of asphalt density is crucial in ensuring the quality and performance of pavement construction. The BetterPyc 380 provides a hands-free solution for measuring asphalt density, making it a useful tool for improved pavement performance.
An accurate method to measure the density of cement powders
Based on the gas displacement method, this application note from Bettersize Instruments, describes a method for determining the optimal gas type and pressure for measuring cement density, providing a reliable method to characterize porous cement density by using the automatic gas pycnometer BetterPyc 380.
A simple and efficient measurement for solid content by gas displacement method
Solid content, which is a crucial physical characteristic of the slurry substance, represents the mass percentage of solids by the weight of slurry. This application note from Bettersize Instruments describes a simple and quick method for measuring solid content with a gas pycnometer, which is used to examine the density of slurries with different solid contents.
The BetterPyc 380 means accuracy and versatility in gas pycnometry
This video introduces the BetterPyc 380, an advanced gas pycnometer from Bettersize Instruments. It is designed for researchers and quality controllers to achieve highly accurate measurements of true density, volume solid content, and open cell content with up to four-digit accuracy. It is compatible with industry standards, including ISO and ASTM.
Fundamentals of the BetterPyc 380
In this video from Bettersize Instruments, explore how to operate the BetterPyc 380 to measure density in a clear step-by-step guide. The BetterPyc 380 is an automatic gas pycnometer that uses the gas displacement method to deliver highly accurate measurements.
