Enhance Chemical Process Safety with Richter PSG Sight Glass

Enhance Chemical Process Safety with Richter PSG Sight Glass

In chemical plants, real-time visual monitoring of liquid flow, color, and clarity is crucial for maintaining precise operations, detecting issues early, and ensuring workplace safety. The Richter PSG sight glass is a specialized liquid observation device engineered to withstand the extreme demands of corrosive chemicals, high temperatures, and elevated pressures.

The Role of Sight Glasses in the Chemical Industry

Sight glasses are vital components in chemical systems, offering:

  • Fluid flow monitoring: Quickly detect blockages, contamination, or color changes in pipelines.

  • Process control support: Help operators make timely adjustments to maintain reaction efficiency.

  • Operational safety: Enable real-time supervision of processes, reducing risks of leakage or overheating.

Key Advantages of the Richter PSG Sight Glass

Borosilicate glass for superior corrosion and heat resistance
PTFE lining for enhanced chemical durability—unaffected by acids, alkalis, and solvents
Compact design, easy to install with standard DIN and EN pipeline compatibility
CE certified, ensuring European-standard quality and safety

Real-World Applications of the Richter PSG

  • Acid, base, and solvent transport systems

  • Chemical mixing and reaction pipelines

  • Storage tanks and processing units requiring constant fluid monitoring

  • Chemical manufacturing, pharmaceutical, and industrial wastewater treatment plants

Why Choose Richter PSG?

Backed by over 60 years of expertise in valve and corrosion-resistant technologies, Richter delivers European-quality sight glasses that offer durability, safety, and precision for even the most demanding chemical environments.


TAN LONG TECHNOLOGY SOLUTIONS CO., LTD – Official Distributor of Richter in Vietnam
📍 146/18 Nguyen Huu Tho, Phuoc Kien, Nha Be, HCMC
📞 Hotline: 0909 09 1789
📧 Email: sales@tanlongvietnam.com
🌐 Website: www.tanlongvietnam.com

0909091789