Paint and Coating Equipment

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AW-LAKE COMPANY customized a Flow Management and Reporting Solution that automated EPA compliance of VOC emissions for an OEM manufacturer’s paint operations at three regional plants in Ohio.

Thermal oxidizers, or afterburners, are an effective method of controlling the VOCs, HAPs and odor-causing compounds from new drum manufacturing and drum reconditioning processes.

Emergence of real-world testing of coatings products to validate the protection levels of assets worldwide is becoming a major issue. Here Sherwin-Williams reveals how the company is committing to a new level of these tests on behalf of its customers.

Read This Before You Decide on an Oven Temperature Profiling Data Logger

The Corrosion Inspector was designed to produce a fast and objective evaluation of filiform and other corrosion phenomena by digital analysis of coated test plates.

Because of the increased accuracy of data, measurements from spectrophotometers can be compared against standards, without the need to conduct parallel tests, effectively saving time and money in the process.

This technique provides the analyst with a "method map" for performing failure, material characterization and deformulation analyses.

This new heating technique is achieved by using a transverse conveyance system in which the car bodies are processed sideways through heating zones, which allows for large convection nozzles to be positioned to direct heated air through the windshield opening of the car into the inner cabin areas as well as directly into the engine compartment areas.

While many applications will continue to require the greater material volumes available in drums, cartridge-based packaging improves efficiency in niche markets in the aerospace industry, marine touch up coating and repair, pipeline, and manhole applications. In many cases, it complements traditional methods, reducing labor, material and disposal costs.

The real-time insight generated by ACOMP enables polymer manufacturers to immediately respond to process anomalies, adhere to tighter polymer quality control specifications, and optimize polymer production for continuous, batch and semibatch runs.