Last Updated： Aggregation Period:Apr 08, 2026～May 05, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Apr 08, 2026～May 05, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Apr 08, 2026～May 05, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 178 items
Protecting goods from the midsummer sun.
● This sheet has heat insulation, waterproofing, and light transmission properties. ● The weather resistance lasts about 3 to 4 years. It can be used as a protective sheet or cover for long-term use.
This summer, the hit product "Modern Powerful Heat-Blocking Sunshade" is trending on the Shop Channel.
"Cool Screen" provides heat shielding for openings in homes, buildings, and construction sites, offering measures against heat and energy conservation! It is a modern, powerful version of a traditional sunshade that creates a refreshing shade like that of a tree, alleviating the discomfort of indoor heat from the morning sun and the lingering warmth of the evening sun. With an 80% UV blocking rate and excellent heat insulation properties, it also improves air conditioning efficiency. The material used is "Daiomira," a three-layer structure made from polyethylene with aluminum vapor deposition. Originally developed as agricultural material to cover greenhouse roofs and walls to prevent workers from suffering heatstroke, it ensures adequate brightness for work inside the greenhouse while effectively reflecting solar heat.
The temperature in the painting booth dropped from 45°C to 29°C with the cut of "radiant heat"!
【Customer's Concerns】 - After the introduction of a sealed painting booth, the summer room temperature exceeds 45°C. - The heat prevents the maintenance of the usual paint film quality. - There are serious impacts on the workers' health and productivity. 【NCC's Proposal】 We propose the introduction of the heat-insulating sheet "Keep Thermo Wall," which can be installed in a short period and has a significant effect in preventing radiant heat, a major cause of high temperatures. 【Implementation Effects and Feedback】 - The booth temperature dropped to 29°C compared to an outside temperature of 31°C. - Work can be done comfortably without air conditioning, improving the working environment. - During winter, the floor is less cold than in previous years, leading to year-round improvements in the working environment.
Stop heat on the surface and process it! Here are examples of installation for lightweight heat-insulating sheets that perform well in various situations.
We would like to introduce a case where a "high-performance multi-purpose heat-shielding sheet" targeted for carbon offset was installed in the product storage tent warehouse of a chemical plant. In this factory, due to the heat coming down from the ceiling, the packaging materials and product labels stored on the top rack were getting damaged, leading to an increase in unnecessary work such as repacking products. After one year post-installation, they are pleased to report that there have been no more instances of packaging materials or product labels getting damaged. [Case Overview] ■ Installation Location: Chemical Plant Product Storage Tent Warehouse ■ Product Used: TK300 Cool Black Heat Shielding Canopy ■ Installation Effect: No more damage to packaging materials or product labels *For more details, please refer to the PDF document or feel free to contact us.
Thick curtains can sometimes have the opposite effect! There have been cases where they caused heat accumulation, and the curtains themselves became a heat source.
This is an introduction to a case where a "high-performance multi-purpose heat-insulating sheet" for carbon offset was installed in the office of a ceremony hall. The front of the building is mostly glass, making it stylish, but it also has the drawback of experiencing significant heat fluctuations. The worst situation was in the office where staff were stationed during the day; in the summer, despite having reflective glass and blackout curtains, the air conditioning was completely ineffective. Those who adopted the heat-insulating sheet "F series" reported that conditions have improved compared to before. [Case Overview] ■ Installation Location: Ceremony Hall Office ■ Product Used: TKF Beige Roll Curtain ■ Installation Effect: The air conditioning was always set to 18°C with strong airflow, but conditions have improved compared to before. *For more details, please refer to the PDF document or feel free to contact us.
Temperature change of 17℃ near the skylight! We will introduce examples where we felt a significant effect and adopted it for all skylights.
We would like to introduce a case where a "high-performance multi-purpose heat-insulating sheet" targeted for carbon offsetting was installed on the skylights of a factory. Originally, the skylights were installed to bring light into the factory, but they caused the interior to become extremely hot, leading to considerations of removing the skylights and increasing artificial lighting. After installing the heat-insulating sheet on a small section as a trial, the results were so effective that it was adopted for all skylights. As a result, there was a temperature change of 17°C near the skylights and 7°C near the ground before and after installation. [Case Overview] ■ Installation Location: Factory Skylights ■ Product Used: TK300 Ice Gray Heat Shield Canopy ■ Installation Effect: Temperature change of 17°C near the skylights and 7°C near the ground *For more details, please refer to the PDF document or feel free to contact us.
Thick blackout curtains can sometimes have the opposite effect! A case study using the F series with higher heat insulation performance.
We would like to introduce a case where a "high-performance multi-purpose heat-insulating sheet" eligible for carbon offset was installed in the conference room of the government office. While thick curtains that excel in light blocking can sometimes become a heat source due to heat retention, our heat-insulating sheet focuses on not only blocking hot sunlight but also selecting materials that do not retain heat. Although the light transmittance is low, the "F series" is specifically designed for better heat insulation performance, making it highly recommended if light transmittance is not a concern. [Case Overview] ■ Installation Location: Government Office Conference Room ■ Product Used: TKF100 Beige Roll Curtain ■ Features of the F Series: Low light transmittance but specialized for better heat insulation performance *For more details, please refer to the PDF document or feel free to contact us.
No construction process required! Examples of installation of high-performance multi-purpose heat-insulating sheets that also serve as security measures.
Here is a case study of the installation of a "high-performance multipurpose heat-insulating sheet" eligible for carbon offset in an elementary school science room. Since it allows light to pass through, there is no need to worry about it becoming completely dark after installation. Additionally, from the outside, during the day, the interior is almost unnoticeable. Even if you are hesitant to take measures due to reasons such as "it's a rental property, so I can't make any permanent changes," we can accommodate your needs. The sheet is fixed using silicone-based adhesive that can be removed with chemicals and fastening hardware, without the use of nails or screws, so there is no concern about making holes. In this science room, the sheet is directly fixed to the window, allowing for the opening and closing of the window. [Case Overview] ■ Installation Location: Elementary School Science Room ■ Product Used: TK200 Beige, Simple Installation Method ■ Installation Effect: Since it allows light to pass through, there is no need to worry about it becoming completely dark after installation. *For more details, please refer to the PDF document or feel free to contact us.
Towards achieving carbon neutrality. It alleviates heat and cold without using heating and cooling costs.
"Thermo Barrier" is a heat-shielding and insulating sheet/system for roofs, machinery, and drying ovens. With a multi-layer structure of aluminum foil and air caps, it powerfully reflects and reduces radiant heat, improving the working environment and achieving energy savings through rooftop installation and machinery encapsulation (Thermo Barrier Fit). It also considers workability and safety with features like sewing, grommet processing, and non-combustibility certification. The aluminum foil in our product has a purity of over 99%, providing a high reflectivity that reflects 97% of radiant heat from the sun and heating appliances, such as far-infrared radiation. It creates a cool indoor environment in summer and a warm one in winter, contributing to reduced heating and cooling costs. 【Features】 ■ Cuts radiant heat, the cause of heat problems, by 97% ■ High-performance heat-shielding material with high aluminum purity ■ Contributes to comfort and reduced utility costs ■ Short-term installation is possible for existing buildings *For more details, please download the PDF or feel free to contact us.
With heat insulation methods, it's cool in summer and warm in winter! Certified by the Ministry of Land, Infrastructure, Transport and Tourism as a non-combustible material!
The "Heat Shield Sheet" is a heat insulation material that cuts 99% of radiant heat, which cannot be prevented by insulation materials alone. By using it on the roofs and walls of large spaces such as factories, it is possible to suppress the temperature rise of buildings caused by the radiant heat of the summer sun and lower the perceived temperature. It also has a significant effect on reducing the building's energy costs. We will select the sheet according to the application, such as under roofs, in ceilings, on interior and exterior walls, for machinery, ducts, and condensation prevention. 【Features】 ■ Maximum 97% reflection at just 0.23mm ■ Cuts 99% of radiant heat that cannot be prevented by insulation materials alone ■ Used on roofs and walls of large spaces such as factories ■ Suppresses the temperature rise of buildings and lowers the perceived temperature ■ Significant effect on reducing the building's energy costs * The airflow and other numerical values or comparison values are based on measurements conducted according to our measurement standards and may vary depending on voltage and other conditions. * For more details, please feel free to contact us.
Reduction of heating and cooling costs for factories, warehouses, sports facilities, and commercial facilities.
By covering roofs and walls with heat-insulating sheets, we achieve remarkable effects in factories, warehouses, sports, and commercial facilities where heating and cooling costs are significant. Additionally, by covering the exterior of deteriorated buildings (roofs and walls) with heat-insulating sheets, we can slow down the deterioration rate and improve the appearance, enhancing the overall image. ■ Do you have any of these concerns? - High monthly electricity bills in spaces where air conditioning is left on 24/7 - In refrigerated factories, temperatures are not consistent or do not drop to the set value - Want to store customer products at a constant temperature - Storing hazardous materials that are flammable and feeling anxious during the summer - High heating and fuel costs in winter that eat into profits - Struggling with temperature management for precision machinery - Have tried various measures for heatstroke prevention for workers and users in the summer, but still feel insufficient - Want to lower WBGT temperature (heat index) - Mold due to condensation causing ceilings and walls to darken and become unsanitary - Air conditioning is ineffective ■ Effects obtained from the "Exterior Heat Insulation System" (actual values) - August Without heat-insulating sheet: 48.5℃ With heat-insulating sheet: 29.9℃ - January Without heat-insulating sheet: 4.6℃ With heat-insulating sheet: 7.6℃
Thermal insulation material "Thermo Barrier-W"
This is a high-performance type that features double air caps and double-sided aluminum, capable of reflecting not only radiant heat from the outside but also radiant heat generated by winter heating through internal reflection construction. 【Specifications】 ○ Product Type: 8mm Type ○ Product Structure: Layered Air Cap + Aluminum Foil ○ Air Cap Size: ø10mm, H4mm ○ Air Cap Weight: 260g/m² ○ Product Size: 1.2m × 40m For more details, please contact us or download the catalog.
I will explain the principles of heat, such as why the shade of a flat roof is hot and why the shade of a tree is cool!
Why is it that the shade of a corrugated roof is hot while the shade of a tree is cool, even though the wind passes through and the temperature remains the same? The answer is "radiant heat." Radiant heat refers to electromagnetic waves such as far-infrared radiation. When you have a campfire in a drum can, your body warms up even though the wind is blowing. In this way, radiant heat moves from the hotter object (the drum can) to the cooler object (the human body), transferring heat regardless of the air temperature. [Reasons why the shade of a corrugated roof is hot] - Temperature in summer: 70°C to 80°C - Skin temperature of the human body: about 32°C to 33°C - Radiant heat from the corrugated roof is directed towards the human body - Even in the same shade, the perceived temperature can vary greatly due to the presence or absence of radiant heat *For more details, please refer to the PDF document or feel free to contact us.
[Construction Example] Heat-insulated temporary toilets, expected to maintain temperature during winter.
This is a construction case study. Originally, the Sky Sheet is used as a sky method installed on top of a corrugated roof, but in some cases, it is used differently, so we would like to introduce such an example. Building usage: Temporary toilet heat insulation at a construction site Construction site: Shizuoka Prefecture Product used: Thermo Barrier Sky Installation location: Two-unit temporary toilet Construction period: August 2022 Construction days: 0.5 days It was installed as a heat countermeasure for a temporary toilet at a site office with a construction period of about 8 months. Since it is a rental item, caulking was not used; instead, the overlapping parts were made larger to prevent water intrusion, and finished with glass cloth aluminum tape. In addition to heat countermeasures, we also expect benefits during the winter.
Quantifying energy-saving effects before and after the introduction of the Sky Method!
Currently, we are running a campaign for customers who adopt our Sky Method. This is a "Visualization Campaign" that quantifies the energy-saving contributions before and after implementation. The "Visualization Campaign" addresses the challenges of considering the Sky Method: "Is it really effective?" "Evaluating the effectiveness is a hassle." "Creating reports is difficult." → We will solve all these challenges for you! - We will record utility costs and room temperatures before and after the implementation of the Sky Method and quantify the effects! - You can leave all the preparation and installation of the necessary measuring equipment to us! - We will also take care of data aggregation and report creation! You can immediately report to your company with the materials provided. With the "Visualization Campaign," the burden on the person in charge is minimized, making the process from the introduction of the Sky Method to reporting easy!
We will introduce patented methods【Sky Method】【Fit Method】that use high-performance heat-insulating sheets to prevent temperature rise within the factory.
▼ Sky Method https://www.e-lifetech.com/factory/sky/ "Approximately 97% reduction of 'radiant heat from the sun' that cannot be completely prevented by insulation materials" by applying a heat-insulating sheet over the corrugated roof. ■ Indoor temperature in summer decreases by about 11°C (maximum temperature difference based on experimental results) ■ Contributes to savings on air conditioning costs, prevention of product deterioration, and improvement of working environment ■ Provides stable heat insulation effects regardless of the skill of the workers or weather conditions during installation ■ Effective against rain leaks ■ Uses strong double-sided tape that does not peel off even in winds of 40m/s ▼ Fit Method https://www.e-lifetech.com/product/fit/ Significantly reduces heat released around drying ovens and machinery with non-combustible certified heat-insulating sheets. ◆ Features ■ Obtained non-combustible certification from the Minister of Land, Infrastructure, Transport and Tourism, ensuring safety for use around high-temperature furnaces ■ Sheets with a thickness of 0.2mm can be connected and grommet processed ■ Prevents heat release by enclosing the entire furnace ■ Reduces the risk of failure by exhausting high heat through ducts created by enclosure ■ Can be installed even on large machinery
Cut your monthly electricity bill by at least 30%! Here are examples of how to use Reflectix.
Here are examples of how the heat-insulating material "Reflectix" is utilized in factories and warehouses. At the Reflectix factory in Indiana, USA, Reflectix heat-insulating material is installed on the walls and ceiling, allowing for comfortable work without air conditioning even when the outside temperature reaches 38.5°C. In our customers' factories, by installing Reflectix along with new roofs and walls while keeping the existing ones intact, it is possible to block solar heat from the outside and alleviate the summer heat. Additionally, this significantly contributes to reducing CO2 emissions from air conditioning equipment. Furthermore, by wrapping ducts and pipes with Reflectix, it not only prevents heat loss, heat gain, and air leaks but also allows for substantial reductions in heating and cooling costs. [Examples of Use] <Garage and Prefabricated Buildings> - By applying Reflectix to the walls and ceiling of garages, summer heat can be permanently reduced. - Protect valuable vehicles from heat damage. - Prefabricated buildings can be transformed into heat-insulating houses at a low cost. *For more details, please download the PDF or feel free to contact us.
High-performance heat-insulating sheets that cut almost all radiant heat will demonstrate their effectiveness in preventing heat stroke and improving the working environment in factories and warehouses during the summer!
The "High-Performance Heat Shield Sheet" is a product that can cut almost all radiant heat due to its aluminum coating with 99% purity. It can be installed under the roofs, in the ceilings, and on the walls of buildings such as factories and warehouses to mitigate indoor temperature rises, contributing to heatstroke prevention and improving working conditions. It reduces the load on air conditioning and has energy-saving effects. When applied to high-temperature equipment like drying ovens and kilns within factories, it lowers the surface temperature of the equipment, alleviating surrounding temperatures and improving the working environment. Furthermore, it significantly reduces heat loss from the equipment, cutting fuel costs and enhancing productivity. Additionally, by covering control panels, devices, and piping located outdoors or near high-heat equipment, it prevents failures and damage caused by heat. Thanks to a special surface treatment, it is resistant to corrosion from acids and alkalis, as well as electrolytic corrosion, allowing for over 10 years of use (SP-PRO, SP-Air, SP-PED).
Contributing to various SDGs ■ Reducing heating and cooling costs through indoor temperature moderation ■ Improving the working environment by lowering surrounding temperatures ■ Reducing fuel costs by minimizing heat loss
The "high-performance heat insulation sheet" is a product that can cut almost all radiant heat due to its aluminum coating with 99% purity. This effect can significantly contribute to the SDGs. By installing it under roofs, in ceilings, and on walls of buildings, the indoor temperature decreases, reducing the air conditioning operating rate, leading to energy-saving effects and also serving as a measure against heatstroke. In winter, its insulation effect prevents heating from escaping outside, resulting in energy savings. When applied to high-temperature equipment such as drying ovens and firing furnaces in factories, the surface temperature of the equipment decreases, alleviating the surrounding temperature and improving the working environment. Furthermore, it significantly reduces heat loss from the equipment, lowering fuel costs and increasing productivity. By covering control panels, devices, and piping located outdoors or near high-temperature equipment, it prevents failures and damage caused by heat. Thanks to its special surface treatment, it is resistant to corrosion from acids and alkalis as well as electrolytic corrosion, allowing for use for over 10 years (SP-PRO, SP-Air, SP-PED).
![[Case Study] Heat Insulation Measures and Energy Saving Improvements for Food Baking Ovens Using Heat Insulation Sheets](https://image.mono.ipros.com/public/product/image/6f5/2000579613/IPROS82504851859956621402.png?w=280&h=280)
We have included a total of 9 cases, including one where simply attaching a sheet to the outer surface of the kiln resulted in a surface temperature drop of about 80°C.
The "High-Performance Heat Shield Sheet" is a product that can cut almost all radiative heat due to its aluminum coating with 99% purity. It is extremely thin, with a thickness of 0.2mm to 0.3mm. It is lightweight, flexible, and easy to install. Additionally, due to a special surface treatment, it is resistant to corrosion from acids and alkalis, as well as electrolysis, allowing for over 10 years of use. By simply applying it to high-temperature equipment in factories, such as kilns, it significantly reduces heat loss. This leads to shorter startup times for kilns and reduced firing times, thereby improving productivity. Furthermore, it protects workers from burns and other accidents, contributing to an improved working environment. This case study collection includes nine installation examples, including those for high-temperature equipment. [Featured Cases] ■ Furnace Heat Mitigation and Energy Saving Improvement Case ■ Kiln Heat Mitigation and Energy Saving Improvement Case ■ Factory Warehouse Roof and West Wall Heat Mitigation Improvement Case ■ Food Factory Ceiling Heat Mitigation Improvement Case ■ Control Panel Temperature Rise Prevention Improvement Case ■ Adsorption Tower Insulation Material Replacement Improvement Case ■ Image Measurement Device Light Shielding Improvement Case ■ Factory High-Temperature Work Site Heat Mitigation Improvement Case ■ Warehouse Heat Shielding Construction Overview
![[Case Study] Heat Stroke Prevention Using High-Performance Heat Shield Sheets Under Warehouse Roof and West Wall](https://image.mono.ipros.com/public/product/image/199/2000579648/IPROS36301113853660463220.png?w=280&h=280)
We have published a case where high-performance heat-insulating sheets were installed from the inside on the underside of the roof and the west wall, resulting in a temperature drop of about 22°C on the underside of the roof. This is for the purpose of preventing heatstroke among workers.
The proportion of heat transferred by buildings is overwhelmingly dominated by radiant heat (over 70% of total heat). The "High-Performance Heat Shield Sheet" is a product that can cut almost all radiant heat due to its 99% pure aluminum coating. It is extremely thin, with a thickness of 0.2mm to 0.3mm. It is lightweight, flexible, and easy to install. Additionally, due to its special surface treatment, it is resistant to corrosion from acids and alkalis as well as electrolysis, allowing for over 10 years of use. When used on buildings, it provides a super cool and comfortable environment in the summer. This case study collection includes nine installation examples, including those for warehouses and buildings. [Featured Cases] ■ Furnace: Heat stress countermeasures and energy-saving improvement case ■ Firing furnace: Heat stress countermeasures and energy-saving improvement case ■ Factory warehouse roof and west wall: Heat stress countermeasures improvement case ■ Food factory ceiling: Heat stress countermeasures improvement case ■ Control panel: Temperature rise prevention improvement case ■ Adsorption tower: Insulation material replacement countermeasures improvement case ■ Image measurement device: Light shielding improvement case ■ Factory high-temperature work site: Heat stress countermeasures improvement case ■ Warehouse heat shielding construction overview
![[Case Study] Wrap heat-insulating sheets around steam pipes to reduce radiant heat.](https://image.mono.ipros.com/public/product/image/6a3/2001387371/IPROS68574045539458833360.jpeg?w=280&h=280)
Wrap heat-insulating sheets around the piping that has been difficult to insulate until now to reduce the temperature in the factory.
By changing the wrapping method according to the thickness of the piping, heat insulation sheets can be wrapped around both large and small pipes.
Heat does not escape from the outer wall, reducing energy input and allowing for quick startup. The perceived temperature decreases, creating a comfortable environment.
<High Performance> Extremely thin with high thermal insulation effect Flexible and easy to install Can be cut with scissors or similar tools <Durability> Strong against acid, alkali, and electrical corrosion due to special surface treatment <Versatile> Rich lineup Can be used with various materials
For under-roof and attic construction! Lightweight and ultra-thin yet high strength, with lasting high heat insulation effect.
Even if the temperature is the same, moving from the sun to the shade feels cooler. This is because some of the electromagnetic waves (radiant heat) from the sun are cut off. The "High-Performance Heat Shielding Sheet" cuts off almost all radiant heat, making buildings extremely comfortable in the summer by providing ample shade, and warm in the winter by retaining indoor heat. It is recommended for installation under roofs, in attics, and around high-temperature equipment such as furnaces. 【Features】 ■ Sustained high heat shielding effect ■ Lightweight and ultra-thin yet high strength ■ Easy to install with cutters, etc. ■ Special surface treatment (corrosion prevention, UV protection, etc.) ■ Rich lineup (fireproof certification, condensation prevention, high-temperature use, etc.) *For more details, please refer to the PDF materials or feel free to contact us.
Contributes to the protection of the roof surface! The rooftop natural power applied heat-insulating sheet reduces the sound of rain hitting metal roofs.
The measured data of the noise from rain and hail hitting the roof directly shows that rain is -7 to 9 dB, and hail is -15 to 16 dB. By using the rooftop natural force application heat insulation sheet "Cool Roof," the noise from rain hitting the metal roof is reduced when it receives rain or hail. Additionally, standing seam roofs create shaded areas depending on the position of sunlight, which also changes the surface temperature. This results in different rates of thermal expansion on the roof, causing the metal fittings and fastening parts that connect the roof to the building to creak and produce noise. By installing our product, the entire roof is covered in shade, allowing for temperature leveling of the roof and suppressing noise caused by thermal expansion. *For more details, please refer to the PDF materials or feel free to contact us.
It performs effectively without being affected by roof dirt! The insulation effect continues without decreasing.
We will introduce a comparison between our rooftop natural energy application heat-insulating sheet "Hie Roof" and other heat-insulating methods. In terms of installation area, while heat-insulating paint requires more than 150% of the roof area and rooftop greening can only be installed with less than the roof area, our product can be installed with about 80% or less of the roof area. The construction period for 1000m² is approximately 1 day for the interlocking type and 3 to 4 days for the overlapping type, and the insulation effect continues without decreasing. In the PDF materials, we provide a detailed comparison of appearance, maintenance costs, and sustainability of effects with other heat-insulating methods. Please feel free to download and take a look. *For more details, please refer to the PDF materials or feel free to contact us.
![[Issues and Factory Improvement Case] Heat Mitigation Measures (Heat Shielding) for the Factory Warehouse Roof and West Wall](https://image.mono.ipros.com/public/product/image/97e/2000512693/IPROS31176945866799524954.png?w=280&h=280)
An example where the temperature under the roof was 51°C in the unconstructed area, and a difference of 22°C was achieved in the constructed area, which was 29°C.
We would like to introduce an example of heat mitigation improvements for the factory warehouse roof and west wall. "There was a challenge of heat accumulating inside the building during the summer, making it uncomfortable for workers, and we wanted to implement heat mitigation measures." To address this, we installed high-performance aluminum heat-shielding sheets on the roof and walls with the image of making the entire building extremely shaded, preventing solar radiation heat from entering the interior. As a result, the temperature under the roof in the untreated area was 51°C, while in the treated area it was 29°C, achieving a difference of 22°C. [Case Study] ■ Challenge: Heat accumulates inside the building during the summer, making it uncomfortable for workers (wanting to implement heat mitigation measures) ■ Solution: Installed high-performance aluminum heat-shielding sheets on the roof and walls to prevent solar radiation heat from entering the interior (with the image of making the entire building extremely shaded) *If the roof is high, it may be difficult to feel the effects of heat shielding by only applying it under the roof. In this case, applying heat shielding to the walls (especially the sunny west and south walls) will enhance the heat shielding effect. *For more details, please refer to the PDF document or feel free to contact us.
Examples of heat mitigation and energy saving achieved in a firing furnace (LP gas-fired). Surface radiation temperature decreased by approximately 80°C!
We would like to introduce improvements in heat management and energy-saving examples for food baking furnaces. "There was a challenge to improve the hot working environment during the summer and to reduce fuel consumption." In response, we applied high-temperature thermal insulation sheets to the food baking furnace. As a result, the surface radiation temperature of the furnace was reduced from 120°C to 40°C, achieving a decrease of 80°C. This reduction in radiant heat loss from the furnace surface also led to energy savings in fuel consumption. [Case Study] ■ Challenge: The surface of the paint drying furnace was at a high temperature, making it uncomfortable for workers (wanted to address heat issues). ■ Solution: Installed high-performance aluminum thermal insulation sheets on the furnace surface to cut radiant heat. *For more details, please refer to the PDF document or feel free to contact us.
