Entegris, Inc. products

As a fully automated delivery system for solid precursors, the SSDC 1000 enhances solid material supply for deposition process equipment by utilizing our larger versions of ProEvap containers including dual source container capability. Minimizes unnecessary downtime due to container changes leading to longer tool utilization and continuous chemical supply. Can be configured for carrier gas or vapor delivery modes to accommodate all solid precursors. Features fully automated purge, heat up, container change, and container switchover sequences. Minimizes pressure drop through the process manifold and utilizes multiple uniform heating zones, ensuring efficient and reliable continuous chemical delivery.

Maintain purity and safety when transporting large volumes of electronic-grade specialty chemicals. A wetted inner layer of the purest virgin HDPE material available enables you to better meet end user purity requirements. Blow molding in three layers enables us to maintain purity in the inner layer and use additives and colorants in the outer layers for added strength. The single-piece blowmolded drum has a deep draw integral chime that protects the drum insert and shipping enclosures during transportation. UN tested and approved and in compliance with DOT for Packing Group II and III chemicals. Suitable for use in semiconductor, life sciences, data storage, and LED markets.

This transfer membrane is naturally positively charged. It possesses high mechanical strength and high nucleic acid binding capability advantages. It is particularly designed for nucleic acid transfer, and ideal for Northern. This transfer membrane is naturally positively charged. It possesses high mechanical strength and high nucleic acid binding capability advantages. It is particularly designed for nucleic acid transfer, and ideal for Northern blotting(RNA), Southern blotting(DNA), detection of radiolabeled signal, colony transfer and plaque lift procedure, etc.

LPSL filter cartridges are specially designed for sterilizing filtration of plasma fractionation. They are featuring extremely low extractables with no more than 10mg/10”, longer service life with 40 cycles of SIP. These filters can powerfully ensure final product quality.

The AccuSizer AD is our most popular system based on the single particle optical sizing (SPOS) technique used for general particle size analysis applications. The AccuSizer AD provides exponential autodilution to your sample, automating sample preparation while still providing accurate concentration information. Inject your sample into the mixing vessel and let the AD system do the rest.

The AccuSizer SIS; the most advanced liquid particle counter for USP 787, 788, and 789 testing. The USP-788  test is used to determine if injectable fluids and drugs are free of contamination from particles greater than 10 and 25 microns. This test has been ensuring the safety of America’s drugs for decades and the Accusizer 780 SIS is an outstanding tool for performing these tests.

LPPF filter cartridges are constructed of multilayer polypropylene, featuring high flow rates, broad chemical compatibility and high dirt holding capacity. These filters are ideal for removing particulate and colloidal contaminants in vaccines filtration.

The ability to monitor a manufacturing process to ensure a proper end point is critical to not only producing a quality product but to do so without waste. An unmonitored process is a sure pathway to lost product, downtime, and reduced profits. Particle based systems are common to our lives (in foods, medicines, cosmetics, paints). All of the efforts in nanoparticle research have blossomed into an array of manufactured products. Critical to these nanoparticle dispersions is particle size and critical to reaching a proper end point is monitoring particle size.

Whether you are trying to create foam or prevent foam Teclis has the instrument for you. The FoamScan® and FoamSpin® instruments by Teclis were developed to quantify foaming in liquids. Foam is generated under controlled conditions and is measured in real time. How much foam is formed and how fast it disappears is quantitatively determined. In addition, the amount of liquid trapped in the foam can be measured. An additional analysis options include the measurement of foam cell size, distribution, and evolution over time.

Want to measure ALL surface properties using just one instrument? The Teclis Tracker™ is an automated drop tensiometer that can measure variations in surface tension or interfacial tension over time at multiple interfaces. Contact angle measurements of a liquid against a solid are also possible. In addition, dynamic contact angle measurements can be made and surface elasticity or rigidity can be calculated. Three Tracker models are available which offer variations in pressure and temperature control along with automated drop formation. A camera delivers real time images to the user and motorization allows for volume or area drop regulation as well as oscillations and compressions. Some of the known applications for this technology includes: precipitated asphaltene in crude oil, gums to stabilize beverage emulsions, microencapsulation, cutting oil emulsion, and surface and interfacial tension measurements above 100oC.