A sliding insert mounts within a fluid connector to enable rapid thermal exchange between coolant and SCR liquid.
An adjustable flux diverter controls magnetic flux to achieve precise heated lengths, eliminating the need for multiple specialized coils.
Semiconducting sheath forms continuous conducting path between cable core and protective layer for capacitive current dissipation.
An integrated pipe connector uses a permeable wall section for optical sensing, isolating the sensor from contamination and ice formation in the main tank.
A tubular heating element with a metal sheath embeds into compacted powder granulate to establish homogeneous thermal contact.
A heater rod in a constricted connector reduces urea freezing volume, preventing damage and lowering energy consumption.
Thermoplastic elastomer caps prevent molten plastic penetration into heated urea media lines, preserving thermal insulation and sealing reliability.
An annular seal prevents leakage while the nested heating rod protects conductors from damage and reduces heat radiation loss.
A heat transfer block embeds a heat pipe to distribute thermal energy along piping systems.