ipcm® n. 51 - May/June 2018

Page 154

ICT - TECHNOLOGY OVERVIEW

In-Line CO2 Snow-Jet Cleaning Process to Clean Lighting Components Before Coating. Reject Rate Significantly Lower Since Changing Over to Different Cleaning System Doris Schulz ds@pressetextschulz.de

A

n American manufacturer of highquality injection-molded parts found out that the efficiency of

different snow-jet cleaning systems can vary dramatically. Since the changeover

© acp – advanced clean production

SCHULZ. PRESSE. TEXT., Korntal, Germany

covers and door components. “Every day, among other parts, we produce around 25,000 reflectors for headlamps from Bulk Molding Compounds (BMC), which are coated and metalized using PVD processes” reports CEO Rick Taylor.

to the quattroClean technology from acp, the company has been able to reduce the lighting components, which are cleaned

Cleaning decisive to product quality

before being coated, to almost zero.

Before being coated, the reflectors

Nanogate Jay Systems was founded as

undergo a cleaning step to remove dirt

the plastics division of the family-run

due to handling, fingerprints and de-

American company Jay Industries in

burring residues. To improve cleaning

1968. The company, which has had a

results and integrate this process step

majority interest in the Nanogate Group

into the production line, some time ago

contamination-related reject rate of vehicle

since 2017, specializes in manufacturing

the company invested in two CO2 cleaning

high-quality injection-molded parts from thermoset and thermoplastic materials,

systems from different manufacturers. 1

as well as in applying high-tech surface coatings. The company’s portfolio covers product design, materials development and manufacture, tool making, injection

However, the performance of both systems was poor. One proved to be

Figure 1: The patented two-component ring nozzle ensures good and even cleaning results. The array used by Nanogate Jay Systems is fitted with twelve nozzles.

molding, coating, metalizing, finishing and

inefficient because approx. 40 percent of the carbon dioxide was wasted rather than being used for the process. With the other system, cleaning results were poor,

assembly. Customers of Nanogate Jay

causing an extremely high contamination-

Systems include the automotive industry

of the headlamps for trucks and passenger

related reject rate of around 10 percent.

and manufacturers of household appliances,

vehicles from leading OEM’s. It also makes

The CEO therefore started looking around

as well as companies from other areas of

exterior panels, roof coverings and ABC

for a more efficient cleaning system. “On

industry. The main applications are parts

pillars, as well as interior fittings ranging from

a visit to one of our parent companies

for lights – the company produces most

center consoles to dashboards, loudspeaker

in Germany, I noticed the quattroClean

146

N. 51 - MAY/JUNE 2018 - international PAINT&COATING magazine


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ipcm® n. 51 - May/June 2018 by ipcm® International Paint&Coating Magazine - Issuu