1 in stock
The Stewarts 100mm Chemical Seal Pressure Gauge with ½” NPT bottom connection and 316 stainless steel wetted parts provides accurate low-pressure monitoring up to 2.5 BAR. Designed for corrosive and high-purity process applications, it offers exceptional durability, reliability, and protection against aggressive media.
The Stewarts Chemical Seal Pressure Gauge (0–2.5 BAR, 100mm, ½” NPT, Bottom Connection) is a precision-engineered instrument built for accurate and dependable pressure measurement in corrosive or harsh process environments.
Constructed with 316 stainless steel case and wetted parts, this gauge delivers superior resistance to corrosion, chemical attack, and contamination, ensuring long operational life even in the most demanding industrial settings. The chemical seal diaphragm isolates the sensing element from the process media, maintaining measurement integrity and preventing damage.
With a 0–2.5 BAR pressure range and 100mm dial, it provides clear, linear readings ideal for low-pressure applications in process control, fluid handling, and chemical systems. The bottom-mounted ½” NPT connection ensures secure installation and easy accessibility.
Key Features:
📏 Dial Size: 100mm (4 inches)
🔩 Connection Type: ½” NPT (Male), Bottom Connection
⚙️ Pressure Range: 0–2.5 BAR
🧱 Material: 316 Stainless Steel Case & Wetted Parts
🧪 Seal Type: Chemical Seal for corrosive or viscous media isolation
🔍 Display: Clear linear scale for accurate readings
🧠 Accuracy: High stability and repeatability
🔧 Mounting: Bottom connection for easy installation and maintenance
🌡️ Applications: Chemical and petrochemical plants, food and beverage processing, pharmaceuticals, water treatment, and general industrial process systems
Why Choose Stewarts Gauges?
Stewarts instruments are trusted worldwide for precision, durability, and performance under extreme conditions. The Chemical Seal Series is specifically designed to protect against corrosion and process contamination—making it the ideal choice for industries where accuracy and material integrity are critical.
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