Quickly know the density and final shape of your expandable polystyrene, EPS

Quickly know the density and final shape of your expandable polystyrene, EPS

Expanded Polystyrene is a lightweight, rigid, plastic foam insulation or packing material. For the final product properties (e.g. density) it is important to have a profound knowledge of the particle size distribution. The CAMSIZER P4 can deliver reliable information on particle size and shape.

Expanded Polystyrene

The basic material for Expanded Polystyrene are solid beads of Expandable Polystyrene (EPS). These beads are expandable by virtue of small amounts of pentane gas dissolved into them during production. The gas expands under the action of heat, applied as steam, to form perfectly closed cells of Polystyrene. These cells occupy approximately 40 times the volume of the original EPS polystyrene bead. These beads are then moulded into appropriate forms suited to their application.

Defined particle size distribution

A basic requirement for most applications is that the Polystyrene beads have a defined particle size distribution in order to obtain a product-specific density or to ensure that the end product has the required shape.

The CAMSIZER can be used for both tasks – the measurement of the EPS Expandable Polystyrene beads, as well as the measurement of the already expanded and closed cells of Polystyrene.

The Camsizer is the fast and accurate, delivering high resolution images within 2-3 minutes. With the patented 2 camera system, wide distributions in short measuring times can be achieved.  Far superior to traditional methods such as microscopy or sieve analysis.

Quick, Efficient and accurate.

Benefits at a glance

  • Reproducible and reliable measurement
  • Fast measuring time: only 2 – 5 minutes
  • Results can be extracted into a clearly arranged report for other departments
Documents
Questions? Contact us

    Metrohm Australia/New Zealand

    Please select your topic:

    Please select your field of practice:*

    Your message:* (required)

    Please enter

    Your email address*

    Title: MrMrsMsDrProf

    First Name*:

    Last Name*:

    Company/Institution*:

    Address:

    Town:

    State:

    Postcode:

    Country

    Phone Number:

    Would you like to subscribe to one or more of our regular scientific publications?

    Air Water Soil (email)Chemical and Petrochemical Analysis (email)ElectroChem Matters (email)FoodLab and Beverage Analysis (email)Ion Chromatography News (email)Metrohm Australia Analyst (email)Metrohm Australia Analyst (print)Metrohm Information (print)Mines&Minerals (email)Process Analytics (email)Retsch the Sample (print)Solid Science (email)Teaching and Research (email)

    Please enter the displayed code:

    captcha