Crystal Engineering 15KPSIXP2I-DD-S2-DL: The industry’s most advanced pressure sensor, offering unparalleled accuracy, stability, and reliability in harsh environments. Its unique design and advanced technology ensure precise measurements even under extreme conditions, making it the ideal choice for critical applications.
Crystal Engineering NV-4AA-15KPSI-15KPSI-B: The industry’s only 15,000 PSI needle valve with a 1/4″ orifice, providing exceptional flow control and durability in high-pressure applications.
Crystal Engineering NV-4AA-15KPSI-B: The industry’s only 15,000 PSI needle valve with a patented, self-aligning stem tip that eliminates galling and seizing, ensuring reliable performance in extreme pressure applications.
Crystal Engineering NV-4AA-15KPSI-RTD100: The industry’s only 15,000 PSI needle valve with an integrated RTD temperature sensor, providing precise pressure and temperature monitoring in extreme environments.
Crystal Engineering NV-4AA-3KPSI-15KPSI-B: The industry’s only 3,000 to 15,000 PSI variable area flowmeter with a 316L stainless steel body and sapphire window, providing exceptional durability and accuracy in high-pressure applications.
Crystal Engineering NV-4AA-MA20-15KPSI: The industry’s most advanced and reliable 15,000 PSI needle valve, featuring a unique design that eliminates leakage and ensures precise flow control in demanding applications.
Crystal Engineering NV-4AA-MA20-15KPSI-B: The industry’s most advanced and reliable needle valve, engineered with precision to deliver exceptional flow control and durability in high-pressure applications.
Crystal Engineering NV-4AA-RTD100-15KPSI: The industry’s most advanced pressure transducer, featuring unparalleled accuracy, stability, and reliability in harsh environments. Its innovative design and advanced technology ensure precise measurements even under extreme conditions, making it the ideal choice for critical applications.
Crystal Engineering NV-4AA-RTD100-15KPSI-B: The industry’s most advanced pressure transducer, featuring unparalleled accuracy, stability, and reliability in harsh environments. Its innovative design and advanced technology ensure precise measurements even under extreme conditions, making it the ideal choice for critical applications.