Analytical & High-Tech Gases

High Purity Gases

High-purity gas solutions specially produced for critical industrial processes, sensitive laboratory applications, and medical analytical systems where impurity levels are minimized.

Product Description

High-purity gases are gases specially produced for critical industrial processes and sensitive laboratory applications where impurity levels are reduced to a minimum. Used in sectors where analytical accuracy, process reliability, and product quality directly depend on gas quality, these gases have a wide area of use from research laboratories to semiconductor manufacturing, pharmaceutical industry to petrochemical facilities.

Our Product Range

Select a product to see its purity grades, applications and safety data sheet.

Key Features

  • ✓Gas solutions in different purity levels from 99.9% to 99.9999% (Grade 3.0 – 6.0)
  • ✓Traceable Certificate of Analysis (CoA) for each batch
  • ✓Critical particle, moisture, and hydrocarbon impurity controls
  • ✓Technical Documentation and Quality Information for High-Purity Gases
  • ✓Safe storage and shipment in accordance with ADR rules

Usage Areas

✦Laboratory Analysis (GC, GC-MS, ICP-OES, ICP-MS, AAS, FTIR devices)
✦R&D Centers and University Research Laboratories
✦Semiconductor, Electronics, and Photovoltaic Cell Manufacturing
✦Pharmaceutical and Biotechnology Industry
✦Petrochemical and Chemical Industry
✦Energy, Environmental Technologies, and Calibration Systems

Supply and Storage Models

1. High-Pressure Cylinders and Manifold Bundle Systems

Supplied in passivated internal cylinders or multi-cylinder bundle systems for laboratory, R&D centers, and analytical needs. Delivered with a Certificate of Analysis (CoA).

2. Cryogenic Tank and Bulk Gas Systems

Supply and distribution options for high-purity gases in high-consumption applications are assessed according to product characteristics and facility infrastructure. The suitability of cryogenic tanks, bulk gas systems, and central distribution systems, along with service availability and engineering requirements, must be verified for each project.

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