SENKO Expands Gas Detection Range of SGT-P to Include CI₂, HCN, and PH₃

A small and lightweight portable single-gas detector that covers various industries. 

SENKO’s flagship portable single-gas detector, ‘SGT-P,’ has expanded its detection lineup to include high-risk specialty gases such as CI₂ (chlorine), HCN (hydrogen cyanide), and PH₃ (phosphine), transforming it into a versatile detection solution suitable for a wide range of industrial environments. 

This expansion of detectable gases goes beyond the previous lineup focused on oxygen, hydrogen sulfide, carbon monoxide, and combustible gases, now covering specialized industries such as chemical plants, pharmaceutical processes, semiconductor manufacturing, water treatment, wastewater management, and paper mills, significantly enhancing its adaptability. 

Key Product Features: 

• Compact and Lightweight Design - 93g(Toxic), 104g(O2)
• Intuitive Single-Button Operation: Easy to use, even when wearing gloves. 
• Durability and Stability: Waterproof and dustproof with an IP67 rating. 
• International Certification: IECEx, ATEX explosion-proof certification, and many other global certifications. 
• Replaceable Sensors and Batteries: Economical design with excellent maintenance efficiency. 
• LCD Display & Multi-Alarm System: Visual, audible, and vibrating alarms for real-time hazard detection. 

The newly added gases CI₂, HCN, and PH₃ are all highly toxic and pose fatal risks if leaked, making them essential safety equipment in environments that require precise and rapid detection. Based on SENKO’s detection technology and sensor stability, these gases are offered with optimized detection ranges for field conditions, further enhancing user safety. 

A representative from SENKO stated, “SGT-P has established itself as a detector that can be quickly deployed anywhere, anytime in industrial environments.” They added, “With the expansion of detectable gases, SGT-P will strengthen its position as a versatile safety device that can be used across multiple industries, going beyond simple gas measurement.”