Float fluid cleanliness in aviation gyroscopes directly affects navigation accuracy. This article presents measured data based on IEST‑RP‑CC004.4: using a 68 gsm laser‑sealed wipe with HFE solvent, the three‑step method reduces ≥5 µm particles from an average of 850 per component to 32 per component, raising the first‑pass pass rate from 72% to 98%. Includes detailed operating […]
Buying a good cleanroom wipe does not automatically mean your surfaces will be clean. The wiping technique matters—even the most expensive wipe will make things worse if used incorrectly. Below we break down the standard precision wiping process into seven practical steps. Step 1: Prepare the environment and tools Work in a cleanroom or at
In electronics manufacturing, semiconductor packaging, optical lens cleaning, and laboratory cleanrooms, wipes are one of the most basic consumables – and also one of the easiest to get wrong. Buying a cheap pack often leaves lint all over the surface. Buying an expensive one doesn’t always tell you what you are paying for. Below we
Many people think that using a wipe once and throwing it away is wasteful, so they wash and reuse them. But cleanroom wipes are not ordinary rags—their performance degrades progressively with each wash. Below we use measured data to explain when washing is allowed, how to do it, and after how many washes you must
Cleaning and Maintaining Cleanroom Wipes: How to Extend Life and Keep Performance Stable Read More »