Published

Dürr and Chemetall Partner for VOC-free Cleaners

Appears in Print as: 'Industry Partnership Creates Low-Concentration Cleaners'


Dürr and Chemetall are furthering their VOC-free cleaning partnership with Gardostrip P, powered by the companies’ EcoFlush Zero technology.

Share

A photo of Dürr and Chemetall representatives meeting for the Gardostrip P contract
Photo Credit: Dürr

Dürr and Chemetall recently formed a contract for their partnership in creating the volatile organic compound-free (VOC) purge cleaner Gardostrip P series, powered by EcoFlush Zero – a cleaning agent the two companies already formed together. Currently the global partnership is focused on Europe, with plans to expand.

Products based on the EcoFlush Zero solution are VOC-free, low-odor, non-flammable and do not foam at room temperature. The companies say this particular solution line is also effective at lower concentrations than competing products – a 1.5% concentration a opposed to 3% or 5%. These advancements reduce costs for transport and storage while reducing consumption.

Dürr and Chemetall recommend the Gardostrip P purge cleaner series for all one-component and two-component water-borne primers and base coats. Dürr particularly points out the success of its VOC-free cleaning mediums in the automotive industry.

RELATED CONTENT

  • Masking for Surface Finishing

    Masking is employed in most any metal finishing operation where only a specifically defined area of the surface of a part must be exposed to a process. Conversely, masking may be employed on a surface where treatment is either not required or must be avoided. This article covers the many aspects of masking for metal finishing, including applications, methods and the various types of masking employed.

  • Drivers of Change

    Is your metal finishing software ready for an upgrade?

  • A Current Affair: Examining the "No Amperage" Phenomenon

    If you are performing a coating process that requires the use of a rectifier, you may have experienced the "no amperage" problem. Here's a look at the phenomenon and some solutions…