Resource Library
There are better choices than nPB and TCE to use in metal working companies and machine shops. New cleaning fluid choices that are less hazardous for workers and the environment.MicroCare provides modern metal cleaning fluids that will enhance safety and working conditions while cleaning and prepping metal parts for further processing. Learn the top 5…
Vapor degreasing is an often-misunderstood critical cleaning process. It delivers perfectly clean parts quickly, easily, safely and inexpensively. But to many engineers it sounds too good to be true. This video from MicroCare briefly explains what vapor degreasing is, how it works, and the benefits it delivers.
Your manufactured metal and electronic parts must be perfectly clean for next step processing. MicroCare has developed green-friendly ways to help you achieve effective and cost-saving parts cleanliness for improved worker and environmental safety.
Many companies use some sort of precision cleaning during their manufacturing processes. This video summarizes the best way to cost justify the change from aqueous cleaning to cleaning fluid cleaning.Cost Justify Green Vapor DegreasingHigh quality cleaning often is used in industry to remove residues, particulates, oils or inorganics which are created during various manufacturing processes.…
This client manufactures precision metal parts using powdered metal injection molding instead of labor-intensive intricate machining. The parts have intricate geometries and small tolerances that can’t be machined. The company was looking for a way to increase their throughput and find an alternative cleaning fluid to the nPB-based solvent they were currently using. The Tergo…
The MicroCare Critical Cleaning Lab solves another customer's complex cleaning problemThis customer was a large manufacturer of engines, and needed a better system for degreasing metal engine valves more efficiently. The parts were soiled with cutting oils. The current alkaline cleaner was too slow, too maintenance intensive and too expensive, and it wasn't getting the…