Aqueous Cleaning Blog

ARMAKLEEN™ M-100 BCR Tackles Baked-On Carbon and Brightens Metal Too

Ultrasonic washing, abrasive blasting and other techniques that remove baked-on carbon from automotive or industrial parts composed of steel alloys are not applicable typically to aluminum parts. Just one hour in an ultrasonic washer can result in deformation – namely starring and spiderwebbing – of the relatively soft aluminum surfaces, undermining aesthetic appeal as well as function.

Ask Andy: Use of Aqueous Cleaners and VOC Emission Enforcement

Ask Andy: Even though I’m cleaning with an aqueous cleaner, I’ve heard that regulators can come after me for VOC emission enforcement. How can this be? 

Volatile organic compounds (VOCs) are regulated at the federal and state levels because their environmental release results in photochemical reactions causing ground-level ozone, or smog, formation. Health impacts are also a concern, as VOCs have been implicated in various respiratory conditions.

A Deeper Look at Aqueous Cleaning Techniques

A few months ago we talked about the different kinds of parts washing techniques that are available, and when they should be used. Aside from basic manual washing, the four most common techniques that you’re likely to come across are agitated immersion, spray under immersion, spray washing and ultrasonic.

Today, we’ll take a deeper look into each one to explain how each is most effective and which may be the best option for you depending on your parts cleaning application:

How Aqueous Cleaners Are Helping the Auto Racing Industry Go Green

In a world where words like “sustainability” and “go green” are being used extensively, especially in the auto industry, it is important to remember that those concepts are not limited to simply the kind of fuel a vehicle runs on. Overall, being sustainable refers to the reduction of air pollution and greenhouse gas emissions—even when it comes to cleaning vehicle parts.