Adverse Effects of High-Temperature Environments on Trace Moisture Analyzers

Summer heat brings hot, dusty, humid, noisy, interference-prone conditions that harm trace moisture analyzers:

(1) Temperatures above 60°C severely affect Karl Fischer electrolytes—accelerating reagent loss and destabilizing electrolysis time, speed, repeatability, and stability.

(2) Poor environments increase interference, hindering electrode signal acquisition and transmission and weakening noise immunity.

(3) Mainboard components beyond their heat tolerance degrade and may burn out, destabilizing the board.

(4) Humid air raises the chance of samples absorbing moisture, causing large errors.

Install the analyzer in an air-conditioned laboratory and cool and dehumidify before measurement to avoid heat interference.

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