Stainless Steel Thermowell 1/2 for NPT Threaded for Sensor Well, 6mm Probe Compatible, Industrial Heat Resistant Sleeve, 50-200mm(50mm)

Stainless Steel Thermowell 1/2 for NPT Threaded for Sensor Well, 6mm Probe Compatible, Industrial Heat Resistant Sleeve, 50-200mm(50mm)

• Stainless Steel Thermowell Construction: Crafted from premium stainless steel material for lasting performance in demanding applications, this thermowell protects your 6mm diameter sensors from direct with process media while maintaining accurate readings through excellent thermal conductivity and -resistant properties that withstand harsh industrial environments.
• Suitable Length Options: Available in 4 length configurations (50mm/100mm/150mm/200mm) to accommodate different installation depths and tank sizes, allowing you to select the perfect insertion length for your specific brewing kettle, fermenter, or industrial vessel while guaranteeing the sensor reaches the optimal measurement zone without compromising For integrity.
• 1/2 For NPT Threaded Connection: Features standard 1/2'' For NPT male thread inlet for quick and secure installation into most brewing equipment, distillation systems, and industrial tanks, creating a leak-proof seal that eliminates the need for additional gaskets while allowing For easy removal for maintenance or sensor replacement without disrupting your entire setup.
• For Tube Specifications: Designed with 8mm outer diameter tube body that fits 6mm diameter probes perfectly, this thermowell provides a snug protective sleeve that minimizes air gaps for faster thermal For response times while avoiding sensor damage from physical For , exposure, or high-pressure process flows in your brewing or industrial operations.
• Versatile Solution: Suitable for homebrewing kettles, commercial fermentation tanks, distillation , and general industrial process control systems where reliable measurement is critical, this thermowell extends sensor lifespan by shielding delicate components from corrosive liquids, particulates, and mechanical stress while maintaining measurement accuracy across your range.