Canadian Finishing and Coatings Manufacturing

 

September 19, 2022

 

Hempel Blade CoatingHempel, a global coating solutions supplier, has released the Hempablade Edge 171, a new coating for leading edge protection (LEP) on wind turbine rotor blades. With high rain erosion performance data for a liquid LEP, and some of the lowest dry film thicknesses, this new coating provides long-term protection against rain erosion, and reduces time and costs during application, according to the company.

The leading edge of a wind turbine blade is exposed to extremely high airflow speeds, even exceeding 300km/h. At these speeds, impact from rain can cause significant coating erosion or even composite damage. In severe cases, the erosion may lead to a loss of aerodynamic performance and a two to three per cent drop in Annual Energy Production. This loss of performance and need for maintenance makes leading edge erosion one of the wind industry’s most significant maintenance costs and performance challenges. In the European offshore wind energy sector alone, this equates to a loss in productivity of around EUR 56-75 million a year. 

Hempablade Edge 171 helps wind turbine operators and applicators overcome these issues, by protecting the leading edge from rain erosion, as Lars Rindom Jensen, Head of Solutions for Wind Blades, explains: “Hempablade Edge 171 is one of the simplest LEP solutions on the market to apply, yet able to withstand the toughest environmental conditions. It provides exceptional protection against rain erosion and composite damages. This extends the interval between maintenance and repairs, giving operators more uptime and lower maintenance costs.” 

Importantly for service providers, Hempablade Edge 171 requires some of the lowest dry film thickness on the market—just 150 microns— and only needs one or two coats to ensure high protection. This increases application speeds, allowing customers to maintain more blades with the resources available.

“Hempablade Edge 171 has been developed as we listened to the industry challenges and requirements,” says Lars. “Its low thickness reduces LEP consumption, application time and drying time, so applicators can work faster, whether they are onsite or in the blade production. It also has a wide application window—from 5-35°C—which means applicators can extend the maintenance season and working day. The result is higher productivity and less blade downtime during maintenance.”

This is Hempel’s first LEP coating, developed using the company’s in-house Rain Erosion Test (RET) facility. Since 2019, Hempel has used this facility to optimise the product development and LEP validation process—resulting in a best in class liquid LEP offering outstanding rain erosion protection. With the addition of the coating to its portfolio, Hempel can now provide a full range of coatings to customers for every part of a wind turbine, from the foundation to the blade tip.

Hempablade Edge 171 was launched on September 19, 2022 and is available globally. 

www.hempel.com

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CFCM TeknaGun 400

Carlisle Fluid Technologies’ DeVilbiss TEKNA spray gun was recently featured on an episode of Detroit Muscle on Power Nation TV to bring a 1973 AMC Javelin back to life. Featuring a high finish quality and operator ergonomics, The TEKNA gun’s high transfer efficiency provides materials savings for solvent or waterbase paints.

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New Bacharach Sling Psychrometer


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As an easy way to measure relative humidity levels quickly, this uniquely compact Bacharach Sling Psychrometer accurately determines per cent relative humidity without the necessity of consulting complex tables. There is no need to wet the wick each time a reading is taken, and it contains a slide rule calculator which correlates wet and dry bulb thermometer indications for direct reading of relative humidity. When not in use, the thermometer case telescopes into the handle for protection.

The Sling Psychrometer consists of two thermometers that are turned by vigorously swinging the handle and exposing the thermometers to rapid air movement. These two thermometers are called dry bulb and wet bulb. The bulb of one thermometer is placed in direct contact with the room air to measure dry-bulb air temperature. The bulb of the other thermometer is covered with a silk or muslin sleeve that is kept moist to record the wet bulb temperature. Evaporation cools the wet bulb more than the dry bulb, and the humidity is obtained as a function of change in temperature. The atmospheric humidity is determined by calculations, steam tables, or using a psychrometric chart. Gardco.com  

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