Heat exchange paint×アルプス - List of Manufacturers, Suppliers, Companies and Products

Heat exchange paint Product List

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Heat exchange coating "Tough Coat" [Cuts annual electricity bills by 20-30%!]

Heat exchange coating "Tough Coat" [Cuts annual electricity bills by 20-30%!]

By simply painting the roof and walls, you can cut your annual energy costs by 20-30%! The heat exchange paint Tough Coat will keep your home cool!

Since August 2014, Alps has adopted environmentally friendly heat exchange paint (Tough Coat) for its own products, Alps tiles, and renovation work. By simply applying it to roofs and walls, it achieves a 20-30% reduction in annual electricity costs. 【Features】 ■ Warmer in winter (+3 to 5°C), cooler in summer (-5 to 10°C) ■ Beautiful for over 10 years! ■ Increases the effectiveness of solar panels by 20-30%! ■ Carbon offset (UN certified certificate) *For more details, please request materials or view the PDF data from the download.

  • paint

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[Heat Exchange Coating Construction Example] Private Residence Exterior Wall

[Heat Exchange Coating Construction Example] Private Residence Exterior Wall

Using heat exchange paint for heat and cold measures is very effective! It lasts longer than commercially available paints.

Here is a case study of the application of "heat exchange paint," which is eligible for carbon offset, on the exterior walls of a private residence. The white frames around the windows were painted with commercially available paint, which showed signs of deterioration and peeling off after about three years of application. According to the homeowner, "The air conditioning works very well, and in the four years since moving in, there has never been any condensation." It is said that one of the major causes of building damage is condensation, so being able to prevent its occurrence is a significant advantage. Of course, there are also effects from insulation materials and double-glazed windows, but even considering those, using heat exchange paint for temperature control is very effective. [Case Overview] ■ Location: Private residence, exterior wall ■ Product used: D-47 Blue series [custom color] ■ Application effect: Being a hydrophilic paint, it allows rain to wash away a certain amount of dirt. *For more details, please refer to the PDF document or feel free to contact us.

  • Heat insulation and heat shielding methods

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[Heat Exchange Coating Construction Example] Chemical Plant Product Storage Tank

[Heat Exchange Coating Construction Example] Chemical Plant Product Storage Tank

Mitigating heat transmitted internally! A case where temperature could be controlled with almost no reflection.

We would like to introduce a case where "heat exchange paint," which is eligible for carbon offset, was applied to a chemical plant product storage tank. In response to the request to "prevent the internal wall material of the tank from deteriorating by suppressing the temperature rise of the contents," we implemented the application of heat exchange paint. Although there are many types of heat-insulating paints, heat exchange paint has the property of not causing reflection of sunlight, which has become a problem in recent years. When measuring a tank coated with heat exchange paint and a tank coated with regular paint from the same angle and for the same duration, a difference of nearly 17°C was observed. [Case Overview] ■ Application Location: Chemical Plant Product Storage Tank ■ Product Used: CCP117・D-42 Gray ■ Application Effect: Almost no reflection, temperature suppression *For more details, please refer to the PDF document or feel free to contact us.

  • Heat insulation and heat shielding methods

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[Heat Exchange Coating Construction Example] Chemical Plant Product Storage Tank (2)

[Heat Exchange Coating Construction Example] Chemical Plant Product Storage Tank (2)

Active as a repair and reinforcement for FRP! A case where a temperature difference of 4 to 5°C was observed compared to an adjacent unpainted tank.

We would like to introduce a case where "heat exchange paint," which is eligible for carbon offset, was applied to a chemical factory product storage tank. Previously, insulation material made of styrofoam was wrapped around the tank to suppress temperature rise inside the tank and deterioration caused by ultraviolet rays. The factory is located in a high-temperature area, and the ceiling height is low, resulting in significant heat transfer from the roof. It is preferable for the inside of the tank to be unaffected by external temperatures, so during repairs, the application of heat-insulating paint was also considered. However, upon learning that the effectiveness of heat-insulating paint has been questioned recently, heat exchange paint was adopted. The base coat "CCP117" has high permeability and is suitable for FRP repairs due to its epoxy-based primer. [Case Overview] ■ Location: Chemical factory product storage tank ■ Products used: CCP117, D-42 Gray ■ Construction effect: A temperature difference of 4-5°C compared to adjacent unpainted tanks *For more details, please refer to the PDF document or feel free to contact us.

  • Heat insulation and heat shielding methods

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【Heat Exchange Coating Construction Example】Tourist Parking Lot Sidewalk

【Heat Exchange Coating Construction Example】Tourist Parking Lot Sidewalk

Almost no reflection occurs! An example where there was a temperature difference of up to 20°C compared to an uncoated asphalt surface.

We would like to introduce a case where "heat exchange paint," which is subject to carbon offset, was applied to the pedestrian walkway of a tourist parking lot. The principle of reflective pavement roads, which suppress the rise in surface temperature by reflecting sunlight and other rays, has raised concerns about the significant increase in the reflectivity of infrared and ultraviolet rays, potentially having adverse effects on the environment and human health. In theory, heat exchange paint does not cause such problems. By using heat exchange paint on pedestrian walkways, such as walking courses and school zones, it can effectively prevent the intense glare from asphalt, making it very effective for heat mitigation. 【Case Overview】 ■ Installation Location: Tourist Parking Lot Pedestrian Walkway ■ Product Used: D-47 Ocher ■ Installation Effect: Able to prevent the intense glare from asphalt *For more details, please refer to the PDF document or feel free to contact us.

  • Heat insulation and heat shielding methods

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【Heat Exchange Coating Application Case】Elementary School Poolside

【Heat Exchange Coating Application Case】Elementary School Poolside

To ensure that children can sit comfortably! A case where it has become possible to feel at ease without overheating.

We would like to introduce a case where "heat exchange paint," which is eligible for carbon offset, was applied to the poolside of an elementary school. Previously, it was so hot that one could hardly walk without first pouring water, raising concerns about burns. When students took breaks from the pool, they would first wet the poolside with water from a hose or the pool itself before resting. After the application, the area no longer became excessively hot, allowing students to sit comfortably and safely. [Case Overview] ■ Location: Elementary School Poolside ■ Product Used: D-42 Ocher ■ Effect of Application: Students can now sit comfortably and safely *For more details, please refer to the PDF document or feel free to contact us.

  • Heat insulation and heat shielding methods

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[Heat Exchange Coating Construction Case] Prefabricated Office of a Transportation Company

[Heat Exchange Coating Construction Case] Prefabricated Office of a Transportation Company

Prefabricated structures have roof temperatures directly linked to room temperature! They perform significantly well with metal roofs that have high thermal conductivity.

We would like to introduce a case where "heat exchange paint," which is subject to carbon offset, was applied to a transportation company's prefabricated office. In buildings where the roof and indoor space are very close due to structural reasons, the temperature of the roof surface can significantly affect the indoor environment. Particularly when using metal roofing materials, if adequate insulation performance is not provided, the environment can be far from comfortable in both summer and winter. In this office, the air conditioning operates at a minimum of 19°C during the summer with strong winds. For metal roofs, the surface temperature can rise above 80°C in summer, but by applying heat exchange paint, it can be reduced to around 65°C. After the application, the indoor space became sufficiently comfortable at a setting of 24°C, and the effects have been positively received. [Case Summary] ■ Location: Transportation company prefabricated office ■ Product used: CCP117・D-54 Gray ■ Effect of application: The indoor space became sufficiently comfortable at a setting of 24°C *For more details, please refer to the PDF document or feel free to contact us.

  • Heat insulation and heat shielding methods

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Heat exchange coating

Heat exchange coating

Control heat year-round! Chalking occurs almost not at all, and the deterioration of the paint film is gradual, ensuring long-lasting durability.

Introducing "Heat Exchange Paint" that cools near-future cities. The paint film absorbs heat and converts it into electrical energy, discharging it to alleviate heat. Since it hardly reflects light, it takes the surrounding environment into consideration, and it has thermal stability, making it difficult for temperatures to rise in summer and fall in winter. 【Features】 ■ Year-round temperature control - In summer, it suppresses temperature through diffused heat dissipation - In winter, it retains warmth ■ Reduces radiant heat ■ Stays clean for over 10 years ■ Increases solar power generation efficiency ■ Carbon offset *For more details, please refer to the PDF document or feel free to contact us.

  • Heat insulation and heat shielding methods

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Consideration of the service life of road surface coatings.

Consideration of the service life of road surface coatings.

Introducing the lifespan of heat exchange paint when used on road surfaces! It is also expected to be effective as a measure against heatstroke.

Heat exchange paint is primarily a "functional paint," so its durability against strong external pressure and impact, like that of materials used for road markings, is not particularly high. Therefore, when considering its use, we recommend applying it in areas such as parking lots and sidewalks. Assuming a shopping mall parking lot with very high vehicle flow at low speeds for 7 years, it can be predicted that in general residential parking lots, apartment complex parking lots, and school zone roads, it could last around 10 years unless there are significant issues. For more details, please refer to the PDF download below. *For more information, please check the PDF materials or feel free to contact us.*

  • Heat-insulating paint for exterior walls (roofs, rooftops, etc.)

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