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Select the right glove is now an easy exercise with the product colour coding
When choosing a glove, it is important to find the right balance, without compromising the safety of the user, product, or process.
Understanding the importance of wearing chemical resistant gloves during HPLC analyses.
Know more about gloves' endotoxin contamination in critical areas.
Select ultra-clean cleanroom gloves with cleanliness performance in accordance with the characteristics and requirements of your critical applications.
Do you really know what vulcanisation accelerators are? Which are they and why are they used? What role do these vulcanisation accelerators play in triggering allergies?
Understand the causes of allergic contact dermatitis (Type IV) and its association with the wearing of single-use gloves.
Understand the mechanism of allergic reactions and especially those concerning allergy to natural latex (Type I) to limit the risk of allergic reactions by selecting the appropriate glove.
Understand why a glove may be more or less resistant to tearing due to its physical characteristics including the material type or thickness.
For better protection of laboratory workers, the highest level of chemical protection should be provided. Let's have a focus on the permeation test method used for gloves.
Viruses are part of the microbiological risks (such as bacteria or fungi) requiring the wearing of appropriate protection by professionals exposed to them,.
Degradation due to continuous contact with chemicals and the conditions under which gloves are used have to be considered.
Learning about ESD disposable gloves is of paramount importance and will help in the selection of gloves with good ESD properties.
Learn the different steps of double-gloving in aseptic environments and the benefit of having two different gloves-colour, to ease the detection of punctures, pinpricks etc…
Whether to protect the worker or to ensure that the manufactured product is not contaminated, it is important to choose the appropriate gloves and follow the double-gloving procedure.
The acronym AQL frequently appears on the laboratory glove dispenser or on cleanroom glove bags. Usually, they refer to the results of a water or air penetration test that is undertaken to detect microporous holes.
Today there is a need for companies to demonstrate their responsibility for preserving the environment and biodiversity. Of equal importance is the struggle against global warming and addressing various social challenges.
Double-walled for double protection! twinSHIELD technology™ is a double layer disposable gloves technology allowing to achieve an AQL of 0.25 which is amongst the most stringent requirements for acceptance of glove defects.
Typically, the ideal length of laboratory and the cleanroom glove will vary depending on the level of personal and environmental protection you desire.
In April 2016, a new European regulation on Personal Protective Equipment (PPE) was adopted. In its wake has come a revision to some standards, including those relating to protective gloves offering protection to chemical and biological risks. Evolution or Revolution?
It is generally acknowledged that RNA is more prone to degradation than DNA. Accordingly researchers wishing to maintain an RNase-free environment may need to be more vigilant.
Useful links related to nitrile gloves, latex gloves, laboratory gloves and cleanroom gloves
What criteria to use for selecting nitrile gloves when handling cytotoxic agents? Here is a checklist that may help to ensure that personnel enjoy the highest level of protection available with their right nitrile gloves / cleanroom gloves.
Given the substantial increase in glove usage in the laboratory, the fact that the incidence of glove associated reactions has also risen should come as no surprise.
Cleanrooms are classified according to the number and size of particles permitted per volume of air.
Learn more about nitrile gloves that have been tested according to ASTM D6978-05. Not only is this standard specifically designed for healthcare workers exposed to chemotherapy drugs, but it is hundred times more sensitive than the European equivalent test (EN 16523-1:2015 supersedes EN 374-3:2003).
