Micromeritics AccuPyc Multi functional True Density Meter

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The Micromeritics AccuPyc gas pycnometer is trusted by users around the world for providing reliable measurements of true density. Compared to other commercial true density meters, more laboratories choose to use AccuPyc. The AccuPyc system has excellent accuracy and repeatability, allowing any operator to use it quickly and easily.

Product Details

Hinged automatic alignment cover: provides intelligent operation to ensure repeatable compartment volume
AccuTemp temperature control system: The temperature is controlled within a range of ± 0.025 ℃ from 4 ° C to 60 ° C to improve the repeatability of density*
Intuitive Breeze touch interface: easy to measure samples and view results whether using a computer or not
MIC Net network mode: By synchronizing the results and methods between AccuPyc instruments, all your laboratories can run a unified laboratory network connection, providing simple data retrieval and integrating LIMS
Convenient USB interface: The back of the instrument provides more interfaces for data transmission and integration with external devices
Storage space with built-in reference materials: Store the reference balls you need in the instrument for easy calibration

Seamless connection of devices

Connecting AccuPyc to a laboratory scale via USB simplifies the workflow and avoids transcription errors. The direct transmission of sample quality reduces the possibility of manual steps and user errors.

The Micromeritics AccuPyc multifunctional true density meter can also be integrated with other input devices in the laboratory, such as keyboards or barcode readers, to simplify user interaction.

Run, view, report - everything is within reach

The intuitive Breeze touch interface makes everything within reach.

Simply tap the screen to perform measurements, view historical results, send printed reports, or send reports to LIMS. No need for a computer, further saving laboratory space.

There is no need to search for past measurement results or worry about outdated method settings. MIC Net's instruments are capable of sharing and storing results and methods between different instruments in instrument network mode, including the AccuPyc true density meter still in use in your laboratory today.

Whether measuring lightweight powder, particles, foam or slurry, different materials require different operating conditions. Define the conditions suitable for the process and store these conditions in the Method Library. When you need to backtrack the next time, be able to measure using the same and correct method.

application

The density of positive and negative electrode materials in batteries is directly related to their porosity, which in turn affects the amount of energy that can be stored per unit volume. Density is also an effective indicator of the purity and composition of electrode materials, which is crucial for improving battery capacity.

Monitor and control the composition of API and drug excipients by measuring product density. The differences in polymorphic, hydrated, amorphous, and purity of the product can be detected by measuring density.

Track the purity of raw materials through density measurement. Check whether there are closed pores during the sintering process that affect the strength of the final product.

Determine the total solid content of liquid coatings to predict coating rate. Monitor the density of dry pigments and powder coatings to verify their composition. Detect the density difference of the cast film and explain the changes in crystallinity and mechanical properties.

Determine the total pore volume and porosity of the core sample to quantify the total storage capacity. Quickly assess the solid components in drilling fluid.

Determine the correct composition of catalyst support and finished product, including crystallinity, porosity, and formulation.

Determine the ratio of open and closed holes of foam plastic, which will affect heat transfer, gas transmission, sound insulation, mechanical energy dissipation and buoyancy. Distinguish the relative content of the phase and amorphous phase (amorphous) in thermoplastic polymers. Design and produce composite materials with precise control of fiber loading, pore content, dispersion uniformity, and fiber impregnation.