Thread Type Capillary Melt Pressue Transmitter

Shanghai Zhaohui Pressure Apparatus Co., Ltd. is one of the leading manufacturers and suppliers of thread type capillary melt pressue transmitter in China, also supports customized service and 1 year warranty. Welcome to wholesale bulk durable thread type capillary melt pressue transmitter in stock here from our factory.

A flexible capillary tube separates the threaded probe from the electronics housing, shielding sensitive components from radiant heat exceeding 400°C. Standard threads allow drop-in replacement of existing rigid sensors without adapting the process connection. The mercury-free fill fluid, selected for low thermal expansion, accurately conveys pressure over capillary runs up to 10 meters. An integral restrictor dampens high-frequency noise generated by screw rotation, producing a stable output for controllers. The probe tip features a wear-resistant coating to prolong service life when thread type capillary melt pressure transmitter processing glass-filled or abrasive resins. Installation flexibility is enhanced because the mercury free capillary melt pressure transmitter's body can be mounted in cooler, more accessible locations, easing routine calibration and wiring. This design excels in high-temperature extrusion, blown-film lines, and compounding operations where thermal isolation extends electronics longevity.

High-temperature extrusion of engineering plastics like PEEK and PTFE. Capillary distances electronics from process heat exceeding 400°C, extending module life. Threaded probe retrofits existing ports. Damping reduces screw-speed noise, delivering stable signals. Suitable for compounding lines processing abrasive, glass-filled, or flame-retardant materials.

Capillary tube distances electronics from heat sources exceeding 400°C. Threaded probe accepts standard extruder ports. Flexible tubing enables transmitter mounting in cool, accessible areas. Mercury-free fluid maintains stable transmission over long runs. Internal damping filters screw-induced noise. Hardened diaphragm coating resists abrasive wear from filled compounds.