Flanged Thermowells
Flanged designs providing secure, leak-tight connections for pipeline and vessel applications.
Flanged thermowells provide a bolted, pressure-rated connection for high-pressure pipework, vessels, and reactors where a threaded fitting is not suitable. Available with ANSI ratings from 150lb to 1500lb and PN16 to PN40, in RF, FF, and RTJ face types, with optional NACE MR0175 heat treatment for sour service applications.

Customisation Options
Every Thermowell can be tailored to your needs — from element type and wiring to full bespoke temperature sensor designs engineered to your specification.
Solid Drilled Flanged Thermowell
A solid drilled flanged thermowell designed for use in high-pressure and high-temperature process applications. The flanged connection provides a secure mechanical seal, making it suitable for demanding industrial environments.

Helical Solid Drilled Flanged Thermowell
A helical straked solid drilled flanged thermowell designed to minimise vortex-induced vibration in high-pressure and high-temperature process applications. The helical profile disrupts vortex formation along the stem, reducing dynamic stresses and improving reliability in demanding industrial environments. The flanged connection provides a secure mechanical seal for robust installation into pipework or vessels.

Solid Drilled Stepped Flanged Thermowell
A solid drilled stepped flanged thermowell designed to improve thermal response while maintaining mechanical strength. Commonly used where faster temperature measurement is required without compromising process integrity.

Solid Drilled Flanged Thermowell & Coating
This solid drilled flanged thermowell is supplied with an optional protective coating to enhance resistance to corrosion and aggressive process media. Ideal for harsh operating environments where extended service life is required.

Fabricated Flanged Thermowell
A fabricated flanged thermowell offering a cost-effective alternative for many industrial applications. It provides reliable sensor protection while allowing flexibility in materials, flange ratings, and construction.
