Boîtier de connecteur de capteur transducteur de pression différentielle pour pièce moulée à la cire perdue

Secure the critical interface between process media and precision instrumentation with this investment-cast differential pressure transmitter and sensor connector housing. Precision-engineered for industrial sensing applications demanding absolute signal integrity, pressure containment, and long-term environmental protection, this housing safeguards sensitive electronics within metallurgically continuous, dimensionally stable architecture—delivered with the design freedom and material flexibility only investment casting can provide.

Multi-Alloy Material Versatility: Available in lightweight aluminum, high-strength steel, advanced superalloy, or corrosion-resistant copper alloy—each precision-selected to match specific pressure ratings, media compatibility, electromagnetic shielding requirements, and environmental exposure conditions.
Investment-Cast Dimensional Accuracy: Precision investment casting enables the formation of complex internal cavities, threaded sensor ports, and integrated mounting interfaces in a single, monolithic structure—maintaining exacting positional tolerances critical for diaphragm alignment and zero thermal expansion mismatch.
Secure, Leak-Proof Sealing Architecture: Cast-in O-ring grooves, compression seal pockets, and threaded connector interfaces are precision-finished to ensure verifiable pressure containment and ingress protection (IP69K rated) in continuously pressurized, high-vibration environments.
Structural Integrity Under Extreme Conditions: Homogeneous, void-free material structure delivers verified burst pressure ratings and fatigue resistance during repeated thermal cycling, hydraulic shock events, and sustained high-line-pressure operation.
Reliable Sensor Protection: Robust wall sections and integrated strain-relief geometry shield sensitive MEMS, capacitive, or piezoresistive sensing elements from mechanical shock, EMI/RFI interference, and corrosive process media.
Fully Customizable Interface Standards: Manufactured to customer-specific mounting patterns, electrical connector footprints (DIN, M12, Deutsch, Packard), pressure port configurations (NPT, SAE, BSP, metric), and hazardous area certification requirements—accommodating everything from high-volume OEM transmitter production to bespoke industrial sensing solutions.
Application-Optimized Surface Engineering: Available with electroless nickel plating, hard anodizing, PTFE impregnation, or chemical-resistant coatings—providing lasting protection against sour gas, seawater immersion, caustic washdown, and atmospheric corrosion.

Applications:

• Industrial Process Instrumentation: Ideal for oil/gas pipelines, chemical processing, and refinery applications requiring certified pressure containment and long-term signal stability in hazardous areas.

• HVAC & Building Automation: Essential for differential pressure monitoring in cleanrooms, filter banks, and variable air volume systems demanding compact packaging and verified leak integrity.

• Hydraulic & Pneumatic Systems: Suitable for mobile equipment, machine tools, and test stands requiring vibration-resistant sensor mounting with EMI/RFI isolation.

• Aerospace & Marine Instrumentation: Engineered for fuel pressure monitoring, hydraulic control systems, and ballast control applications where weight reduction and corrosion resistance intersect with certification requirements.

• Water & Wastewater Treatment: Ideal for filter differential pressure, pump cavitation monitoring, and pipeline pressure sensing in continuously submerged or washdown-intensive environments.

More than a protective enclosure, this investment-cast connector housing is the hermetically sealed bridge between process and processor—preserving signal fidelity, containing extreme pressures, and ensuring your instrumentation remains faithfully operational when process conditions exceed ordinary component capabilities. Whether you’re engineering subsea manifold monitoring or explosion-proof chemical processing transmitters, it’s the component that proves measurement certainty begins with precision-cast, pressure-rated continuity.