Biological and chemical risks often coexist in the lab.
Discover SHIELDskin™ ORANGE NITRILE™ 300 Sterile, our sterile 300 mm glove with an AQL of 0.25, and explore its chemical resistance data.
Learn more: https://t.co/Zh2U15y2Kh
#Laboratory#LifeSciences#SHIELDScientific
You consider biological risks in your lab. But what about chemical risks?
A glove is only effective if it can withstand the chemicals being handled.
Before starting a task, always check chemical compatibility.
Explore our Chemical Resistance Guide:
https://t.co/6IfYzqhBox
The best glove for your task? It depends.
Not all risks are the same, and neither are lab gloves.
🟢 General risk
🟠 Biological risk
🔴 Chemical risk
Use our Glove Selection Guide to compare gloves.
👉 https://t.co/JzqCisfd69
#Laboratory#Lifesciences#SHIELDScientific
RNase contamination is invisible.
Its consequences are not.
Discover why glove selection plays a key role in protecting RNA integrity.
👉 Read the article https://t.co/l99U35UHnO
#RNA#RNase#Laboratory#LifeSciences
High chemical risk in the lab? Safety is not a compromise.
👉 SHIELDskin CHEM™ NEO NITRILE™ 300
https://t.co/VlJ8Hrbl66
Extra‑long 300 mm, thick 0.31 mm, AQL 0.25, double‑layer. Cat. III PPE for demanding chemical environments.
#Laboratory#Lifesciences
Today at Institut Pasteur Laboratory Exhibition.
Meet Sébastien Freismuth and Gérard De Vaublanc at stand N52.
Talk hand protection and discover our traffic light colour coding system 🔴 🟠 🟢 to choose the right glove for each risk level.
2‑Mercaptoethanol can pass through a glove in under 1 minute
Not all nitrile gloves offer the same chemical resistance.
Thickness and breakthrough time make the difference.
Check your protection level: https://t.co/twbG1xmPY3
#Laboratory#SHIELDScientific
Dexterity or protection?
Glove thickness determines both.
👉 Find the right balance for your application:
https://t.co/29BzV6NFgR
#Lifesciences#SHIELDScientific
Permeation data is essential… but often misunderstood.
Breakthrough time & test results only make sense when linked to real conditions.
Learn how to interpret them in practice 👇
https://t.co/XAk41fFwFR
You control contamination in the cleanroom.
But what about chemical exposure?
Dual layer neoprene/nitrile gloves designed for cleaning tasks in controlled environments:
✔ ISO 374-1 Type A
✔ AQL 1.0
✔ Cleanroom compatible
👉 https://t.co/K6JydTj07w
#Cleanroom#SHIELDScientific
A very successful visitor day at #SciLabShow2026.
Great discussions on laboratory glove protection, comfort for daily use, and sustainability, including carbon footprint and end of life practices.
Thank you SLS Scientific.
#Laboratory#SHIELDScientific
Type A, B or C is a useful label ... but not enough to choose chemical gloves safely.
Glove Types are based on reference chemicals, not always the ones you actually handle.
Always check the marking and breakthrough data. ⤵️
👉 https://t.co/nHTim2T2ES
#Laboratory#Cleanroom
Day two at #SciLabShow2026 focuses on team training.
Short group sessions help SLS Scientific teams build a strong understanding of laboratory glove protection, performance and use cases, supporting more accurate glove selection for end users.
#Laboratory#SHIELDScientific
🎉 Welcome Miquel Aguilar, who is joining SHIELD Scientific as our new Regulatory Compliance Manager.
He will support our teams and customers with robust regulatory expertise, aligned with evolving compliance and sustainability expectations.
#SHIELDScientific
Pharmaceutical cleanrooms leave no margin for error.
Meet SHIELD Scientific at the Cleanroom Technology Conference UK, 20 and 21 May 2026, Birmingham.
📍 Stand E7
#Cleanroom#SHIELDScientific
Electrostatic discharge in semiconductor cleanrooms is invisible, but its impact on yield and reliability is real.
Learn why ESD control and the right cleanroom glove selection matter in microelectronics cleanrooms.
👉 https://t.co/5zZmhM7ltJ