• thermacote_application

    Pintura aislante térmica

    LA AVANZADA TECNOLOGÍA DE CERÁMICA AHORRA ENERGIA

  • thermacote_tanker

    Ahorrar energía y costos de mantenimiento

    ThermaCote es la solución perfecta para aislar válvulas y tuberías en una línea industrial

  • maison_thermacote

    Aumentarán la eficiencia energética

    Reducirán los costos de mantenimiento.

  • Thermacote containers application

    ThermaCote es versátil y tiene muchos usos diferentes

    Sin abrasión especial ni cebadores necesarios para lograr la adhesión

ThermaCote es un material acrílico de aplicación por pilverización, basado en agua, de un solo componente, que incorpora Tecnología Cerámica.

Su facilidad de aplicación para la construcción nueva o retrofit permite el aumento de rendimiento del aislamiento de pisos, sistemas de ventilación y climatización (HVAC), sistemas de pared y sistemas de techos para todo tipo de sustratos, incluyendo metal, ladrillo, bloque de hormigón, concreto, madera o yeso.

  • maison1

    construcción

    SISTEMAS DE TECHO Y PARED, LADRILLO, BLOQUE DE CEMENTO, HORMIGÓN, MADERA, YESO, TEJAS, ASFALTO, LADRILLO Y MORTERO

  • usine

    industria

    ALMACENES, CALEFACCIÓN, CLIMATIZACIÓN Y VENTILACIÓN (HVAC), EQUIPOS DE REFRIGERACIÓN, ACERO, ALUMINIO, LÍNEAS DE VAPOR, VIGAS DE ACERO, ARMAZONES, CONTENEDORES DE ACERO, SILOS, TUBOS, VÁLVULAS, PIPES, STORAGE TANKS, JETTIES, VESSELS, STRUCTURAL STEEL, FACTORY ROOFS

  • maison2

    aplicaciones especiales

    SALAS DE FRÍO, TANQUES DE AGUA, CARRETERAS, CUBIERTAS DE PISCINA, CAMIONES, COCHES / COCHES DE CARRERA, AUTOBUSES, AUTOCARAVANAS, CONTENEDORES DE COMIDAS, VAGONES FERROVIARIOS, GRANEROS / ESTABLOS, BIDONES DE CEMENTO, CASCO INTERIOR DE BARCO, PLASTICO, VIDRIO, CLARABOYAS.

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Estudios de caso

    • HVAC Ductwork after application of ThermaCote
    • HVAC Ductwork with ThermaCote 92 fahrenheit
    • HVAC Ductwork without ThermaCote 149 fahrenheit
    • HVAC Ductwork after application of ThermaCote
    Description :

    - Duct insulation was falling off as result of condensation moisture saturation

    - Portions of the duct were rusting from the moisture saturation

    - Several leaks were found in duct line

    - AHU internally was in need of cleaning

    The Solution brought by Thermacote :

    HR duct and AHU corrective efforts and ThermaCote. Prior to ThermaCote application, duct insulation was falling off as result of condensation moisture saturation, portions of the duct were rusting from the moisture saturation, several leaks were found in duct line, and AHU internally was in need of cleaning. Once ThermaCote was applied, condensation and corrosion was eliminated, and there was a 57⁰ difference in temperature measurement between the treated and untreated areas.

    •  boarding bridge after application  of thermacote
    •  boarding bridge after application of thermacote
    •  boarding bridge interior after thermacote application
    • boarding bridge interior after thermacote application
    Description :

    The boarding bridges are not directly air conditioned. Mounted under the bridge is an air handling unit, which provides pre-conditioned air to the aircraft while it is parked at the gate. During boarding and disembarking, air is exchanged between both the aircraft and the bridge, and the concourse and the bridge. As a result, conditioning the air in the bridges is inefficient and uncomfortable.

    The Solution brought by Thermacote :

    ThermaCote in reducing the heat load on passengers boarding bridges which was conducted at Hartsfield-Jackson Atlanta Airport from July 12 to August 15 2013. Passenger boarding bridges, air bridges, skyways and jet ways are not directly air conditioned. During boarding and disembarking, air is exchanged between both the aircraft and the bridge, and conditioning the air in the bridges is inefficient and uncomfortable. ThermaCote was applied to the boarding bridge, reducing heat gain, lowering interior temperature, and providing energy savings.

    • Temperatures in the bridge coated with ThermaCote was consistently at least 2-3°F (~1.5°C) lower than in the uncoated bridge. The temperature difference appears around 10am and lasts through the night.
    • The coated bridge was cooler at arrival, and continued to get cooler until departure. The coated bridge was consistently closer to human comfort levels.
    • The coating appeared to reduced heat gain by an average of 69.5 btu/h (0.02 kW).
    • The energy savings from the coated bridge were ~450 BTUs (.13kWh) a day. Those savings are split between the concourse and the preconditioned air handlers attached to the bridge.
    • Since the product works in part by reflecting solar radiation, the savings do not necessarily apply to cold weather.
    • Warehouse after application of ThermaCote
    • Warehouse after application of ThermaCote
    • Warehouse after application of ThermaCote
    • Warehouse after application of ThermaCote
    Description :

    No descritpion yet

    The Solution brought by Thermacote :

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Certificaciones

  • ISO Certification Logo
  • Green Chamber of the South Member Logo
  • U.S. Green Building Council Logo
  • Energy Star Rated Product Logo
  • Cool Roof Rated Product
  • Cool Roof Rating Council Member Logo
  • UL Product Certitification Logo
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