Speciality
gas equipment
Made to meet specialist demands since 1967
Driven by over 50 years of expertise and innovation, GCE Speciality delivers precision-engineered solutions for specialty, high-purity, and ultra-high-purity gas control.
Explore our range By purity level
N3 & Below?
TAKE A LOOK AT OUR INDUSTRIAL RANGE >
N4.5
Gas purity 99.995% - designed for general industrial use and suitable for handling non-corrosive and toxic gases.
N5
Gas purity 99.999% - designed for laboratory environments that require high-purity gases for accurate analyses. Suitable for non-corrosive and toxic gases.
N6
Gas purity 99.9999% - designed for labs, chemical processing and challenging environments where the most demanding gases are used. Suitable for corrosive and toxic gases.
N7
Gas purity 99.99999% - designed for applications where Ultra High Purity (UHP) gases are used. Suitable for corrosive and toxic gases.
Focus onAnalytical Laboratories
Pure
Precision
GCE Speciality recognises the importance of contamination-free gas control in analytical laboratories. Therefore, we offer high-purity gas solutions, enabling labs to achieve accurate and reproducible results in sensitive areas like research and pharmaceuticals.
“We chose druva by GCE Speciality for the reliability and precision of their gas control systems, which are essential for the sensitive nature of our research.”
About GCE Speciality
GCE Speciality caters to the exacting high-purity sectors such as pharmaceuticals, laboratories, automobiles, and semiconductor manufacturing.
Our extensive portfolio includes precision regulators, manifolds, and other specialized products.
GCE Speciality has a strong focus on purity and precision to meet the stringent standards of the high-purity industry.
Latest Case Study
Roche pRED, Basel
The Roche Innovation Center, Basel faced several critical challenges in designing a cutting-edge laboratory environment to support its research in oncology, neuroscience, and infectious diseases. These challenges included:
- Ensuring the safety, reliability, and performance of gas control systems to minimize operational risks.
- Avoiding unplanned downtime, which could lead to underutilized labs and project delays.
- Addressing increasing space constraints while maintaining a high level of functionality.
- Mitigating project delays caused by unreliable lead times.
With a focus on creating a sustainable environment that fosters collaboration among more than 1,800 scientists, engineers, and clinicians, the lab required gas control equipment that would be both reliable and adaptable to meet the unique demands of critical research projects.
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GCE Group
Turmstrasse 30
6321 Steinhausen
Zug
Switzerland
