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glassware has been manufactured in the UK since 1923. SciLabware has gained almost a century of expertise, experience and knowledge in the manufacturing processes and techniques required to manufacture laboratory glassware to a consistently high quality. By the continual monitoring of manufacturing processes and procedures, SciLabware ensure that products are manufactured to comply with the highest product standards.
Why Pyrex® Pyrex®
Here are just some of the many features of Pyrex® Excellent temperature properties – The quality of manufacture of Pyrex®
laboratory glassware that makes it the obvious choice for your laboratory: glassware makes products safe to use over a very
wide temperature range (-192ºC to +500ºC) and hence suitable for a variety of applications. Glass can break very easily when subjected to heating or cooling. The high silica content (over 80%), gives Pyrex®
safe and durable to use in a wide range of laboratory applications. Uniform wall thickness - When heated, the uniform wall thickness of Pyrex®
glass a low co-efficient of expansion
(3.3x10-6K-1). This means that the glass is less likely to break, as it expands or contracts very little when heated or cooled. High chemical resistance - Pyrex®
borosilicate glass is extremely chemically resistant to most acids, alkalis and solvents so is glassware permits the even distribution of heat
throughout the vessel allowing the glass to expand at a stable consistent rate, thus reducing the risk of breakage and extending product life. Glassware with an irregular wall thickness is more likely to break when heated, as the thicker and thinner areas of glass will heat up and expand at different rates causing uneven heat transmission and the glass to crack – this is known as thermal shock, which is one of the main contributing causes of glass breaking when being heated.
Properly annealed glass - Reduces the risk of breakage due to thermal and mechanical shock (minor knocks sustained during use), thereby extending the service life of the glassware.
For more information on the SciLabware Pyrex® More information online:
ilmt.co/PL/BM5e
laboratory glassware range and to learn more on how it can help you in your work please visit the website.
50186pr@reply-direct.com Instrumentation for Monitoring and Controlling Indoor Air Quality (IAQ) Announced
PPM Technology Ltd is pleased to promote their latest range of IAQ monitoring instruments. Each PPMonitor has been designed to give a visual representation of IAQ in a building. A number of units may be networked together to show precise changes in concentration of selected IAQ gases over time within a building.
The PPMonitor range can monitor temperature and humidity as well as different IAQ target gases within a single enclosure, such as Formaldehyde, Carbon Monoxide, Carbon Dioxide, Nitrogen Dioxide, Sulphur Dioxide, VOC’s, Ozone, Ammonia and many more. The user can control and view in real time, readings from several wireless sampling units from remote locations via PPMonitor software on a PC or our Stand-alone Touch Screen Monitor or our latest PPManagement System - all communicating together by a wireless mesh system. IAQ readings can be scheduled and viewed graphically, including reports as well as trigger alarm functions such as e-mail notifications for over exposure.
The PPMonitor Micro’s are capable of housing 1-3 sensors - ideal for CO2 monitoring which can establish if indoor ventilation is sufficient. The PPMonitor ZWU’s and MM’s can house up to 8 sensors. The PPManagement System is a compact and elegant touch screen control panel for management of multiple PPMonitors.
More information online:
ilmt.co/PL/lokk 50221pr@reply-direct.com
Healthier Air in the Lab
Exposure to unwanted chemical emissions are an unfortunate reality when working in a lab. Even if you can’t smell them, Erlab’s Halo laboratory-grade molecular air filtration system can.
Halo is working 24/7 to clean the air in the lab. Once vapours are detected, Halo will capture them in Erlab’s proprietary carbon filtration technology. After adsorbing the molecules that cause unwanted odours, clean air is returned back to the room through low-disruptive side vents.
44889pr@reply-direct.com
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