DMIC Inline Gauge Snubbers protect pressure gauges by dampening pressure pulsations, stabilizing readings and extending instrument service life. Available in aluminum, steel or stainless steel construction, these compact snubbers offer pressure ratings up to 10,000 PSI. Featuring ¼” SAE, NPT or BSPP connections and multiple sealing options, they provide reliable gauge protection and easy integration into demanding hydraulic systems.
Product Description
Protect pressure gauges and extend service life with DMIC Inline Gauge Snubbers, engineered to dampen pressure pulsations and stabilize gauge readings in demanding hydraulic systems. Designed for easy inline installation, these snubbers reduce pressure fluctuations reaching the gauge, improving readability and helping minimize instrument wear.
Available in aluminum, steel and stainless steel construction, DMIC Inline Gauge Snubbers offer pressure ratings up to 10,000 PSI, multiple threaded connections and sealing options to accommodate a wide range of industrial applications.
Features & Technical Specifications
- Pressure Ratings: 3,000 PSI (aluminum); 10,000 PSI (steel and stainless steel)
- Function: Dampens pressure pulsations to stabilize gauge readings and extend gauge life
- Construction: Aluminum, steel or stainless steel
- Standard Connection Size: ¼”
- Gauge-Side Connections: SAE, NPT and BSPP
- System-Side Connections: Male SAE, NPT and BSPP
- Custom Connections: Additional thread configurations available upon request
- Sealing Options: Buna-N, EPR and Viton
- Overall Length: 1.23″–1.75″, depending on connection type
- Hex Size: 0.75″
- Installation: Compact inline design
- Applications: Hydraulic pressure monitoring and industrial instrumentation
Reliable Gauge Protection
DMIC Inline Gauge Snubbers provide a simple, effective solution for protecting pressure instrumentation from system pulsations. With durable construction, flexible connection options and high-pressure capabilities, these snubbers help improve gauge readability, reduce wear and support dependable pressure monitoring.
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