fin Product List and Ranking from 7 Manufacturers, Suppliers and Companies | IPROS

Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.

fin Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.

  1. 最上インクス Kyoto//others
  2. 東京機工 第三工場　(建築事業部・スマート建材事業部) Chiba//Architectural design office
  3. アルフィン Osaka//Building materials, supplies and fixtures manufacturers
  4. 4 勝川熱工 営業部・工場 Osaka//others
  5. 5 BLYGOLD JAPAN Tokyo//Electrical equipment construction business
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fin Product ranking

Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.

  1. Corregate fin 最上インクス
  2. Pipe/Plumbing Outer Wrap Fin 最上インクス
  3. [Construction Example] Aluminum Cast Exterior Decorative Fin 東京機工 第三工場　(建築事業部・スマート建材事業部)
  4. 4 [Proposal/Analysis Example] How to Radiate Heat from Piping 最上インクス
  5. 4 [Technical Column] Issue 20: External Wrapping Fins for Pipes and Piping 最上インクス

fin Product List

1～30 item / All 48 items

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[Usage Example] Standard Folding Fin

[Usage Example] Standard Folding Fin

Light! Flexible! Can be added later!

◎Reduction of product weight through lightweight heat dissipation components ◎Improvement of heat dissipation performance with retrofitting to curved surfaces ◎Expansion of heat dissipation area through thinning ◎Cooling can be added when necessary ◎Comparison of products possible with a comprehensive lineup ◎Proven shapes used in various industries ◎Lightweight, making it resistant to vibrations

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[Performance Evaluation] Standard Folding Fin

[Performance Evaluation] Standard Folding Fin

Light! Flexible! Easy to install!

◎Excellent heat dissipation performance per unit weight ◎Proven 60% weight reduction in product weight ◎Easy to install and can improve product performance ◎Adhering to the motor improves lifespan ◎Achieves high quality and stable performance even in small lots ◎Increased surface area enhances emissivity ◎High-performance evaluations continue to emerge from various industries and sectors

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【Product Introduction】Standard Folding Fin for Outer Pipe

【Product Introduction】Standard Folding Fin for Outer Pipe

Just wrap it around and secure it.

- Added low-height fin version and narrow pitch version to the lineup. - We have prepared a wrap-around type for 25A piping. - Achieved more than double the heat dissipation performance with and without fins. - Original fin shape created by bending thin metal sheets. - A wide variety of lineups produced with in-house equipment that allows for free changes in pitch and height. - Can be retrofitted to existing piping. - More than double the heat dissipation performance when comparing with and without fins. - Lightweight, reducing the impact on product weight after installation. - Installation methods are flexible and customizable. - Can be installed without disassembly. - Usable for heat exchangers as well. - Performance improves even when fluids inside and outside the piping flow in parallel. - Good compatibility with flexible thermoelectric elements. - Improved heat dissipation performance from piping leads to a reduction in equipment length. - Stabilization of discharge fluid temperature. - Increased emissivity due to expanded surface area. - Significant reduction in fin replacement costs. - Exhibits higher performance when used with vertical piping. - Effective even without TIM (adhesives, thermal conductive sheets, etc.). - Improved work efficiency due to retrofitting capability.

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[Performance Evaluation] Standard Folding Fin for Pipe

[Performance Evaluation] Standard Folding Fin for Pipe

Just wrap it around and stop it.

◎ Achieves more than double the heat dissipation performance with and without fins ◎ Improved emissivity due to increased surface area ◎ Significant reduction in fin replacement costs ◎ A wide variety of lineups, making performance evaluation easy due to retrofitting capability ◎ Demonstrates higher performance when used with vertical piping ◎ Effective even without TIM (thermal interface materials such as adhesives and thermal conductive sheets) ◎ Improved work efficiency due to retrofitting capability

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Wraps around curved pipes with a snap! 'Wrapping Fin 2' *Sample available

Wraps around curved pipes with a snap! 'Wrapping Fin 2' *Sample available

Are you looking to improve the heat transfer rate for cooling pipes, vacuum piping, sheath heaters, etc., but have given up because fins cannot be attached? *Some technical information is introduced.

The "Wrapping Fin" is our original fin shape made by bending thin metal sheets. It is a product that can be easily installed and removed as an add-on in areas where there were no fins available, such as cooling pipes, vacuum piping, and sheath heaters, where you want to improve heat transfer rates. Even when the fluid is a liquid, it facilitates heat transfer, and it is easier to hold the pipe with clips even if the pipe is deformed during coiling. *Patent pending *We are currently offering free samples! Please apply for a free sample from the URL below. https://shop.saijoinx.com/page/sample (Application period: Starting April 19, 2021) [Technical Information Contents] - We want to improve the efficiency of air heating through pipes. - We want to improve the efficiency of liquid heating through pipes. If you have requests for additional sizes of pipes and piping, please feel free to send us your requests and opinions. *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
  • fin

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Standard Folding Fin for Inside Pipe

Standard Folding Fin for Inside Pipe

If you roll it up and push it inside the pipe or tubing, "surface area increases up to 16 times!"

◎Improvement of overall performance of heat exchangers ◎We have prepared sizes that can be rolled up and fit inside the pipe. ◎Compatible with aluminum JIS standards from Φ12 to Φ60. ◎We offer a total lineup of 426 types. ◎Manufacturing with any fin pitch, height, and number of fins is also possible. ◎Manufacturing in copper and stainless steel is also possible. ◎We will consider adding different sizes to the lineup upon request. ◎Available for purchase from one piece. ◎Inserted into pipes and held in place by the metal's spring properties. ◎Thin and lightweight, minimizing the impact on pressure loss. ◎Ideal components for those looking to improve heat exchange efficiency inside pipes and ducts. ◎Ideal components for those considering reducing the distance required for heat exchange. ◎A must-see for those searching for an easily replaceable catalyst carrier installed inside pipes. ◎Expands surface area by being pushed into pipes and ducts. ◎Enables an increase in heat transfer area within pipes and ducts. ◎Allows for increased heat exchange rates in a compact space. ◎Easy to retrofit and remove from existing equipment. ◎Easy installation; YouTube video available.

  • Heat exchanger
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Corregate fin

Corregate fin

Aspect ratio 20 times. Standardization of tall corrugated fins. Presentation of materials introducing examples of problem-solving.

The "Corrugated Fin" is a heat transfer fin made by bending thin sheet metal using proprietary equipment. Generally, as the aspect ratio (fin height ÷ fin pitch) increases, the fin thickness becomes thicker and the gaps become smaller. However, by bending thin sheet metal, sufficient gaps can be secured even with an aspect ratio of 20 or more. Moreover, even with a large aspect ratio, the gaps are maintained, making it significantly lighter compared to typical heat sinks of the same size. The maximum fin height is 75mm and the flow path length is 100mm, but we can accommodate requests for custom dimensions. 【Features】 ■ Lightweight while maintaining size and surface area ■ Three sizes available in the lineup (as of September 2021) ■ For users of our folding fins, both sides of the fin contribute to the heat exchange area, allowing for an increase in surface area while remaining lightweight. *You can view materials introducing examples of problem-solving from the "PDF Download."

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"Waving Fin" <For Improving Heat Exchanger Performance>

"Waving Fin" <For Improving Heat Exchanger Performance>

You can easily purchase one piece as a standard product, and you can also choose the number of fins. Free samples are currently being offered.

The "Waving Fin" is a heat transfer fin made from thin sheet metal through press processing. It standardizes the fin height in 1mm increments based on three types of wave shapes, allowing for purchases of single units tailored to needs without the need for mold investment. You can also choose the number of fins, and we can accommodate dimensions other than standard products. Like typical corrugated fins, it can be used as a thin sheet fin for heat exchangers, contributing to improved performance while keeping costs down. 【Features】 ■ The variation in fin height is small due to press processing, and the flatness of the top and bottom surfaces is high. ■ By changing the curvature and pitch of the wave shape, it supports small lot production. ■ Customizations in shape, material, thickness, and manufacturing method are also possible. *For more details, please refer to the materials available via the download button. ★ Free samples are currently being offered. If you are interested, please apply through the contact form.

  • Heat exchanger
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[Heat Fluid Analysis Case] Standard Fin

[Heat Fluid Analysis Case] Standard Fin

Improved temperature drop performance with an increase in the number of fins! We will introduce various thermal fluid analysis results!

Our company offers a revolutionary heat transfer fin that can be retrofitted onto piping. The "Standard Fin" is a standardized fin that achieves rapid supply and zero initial cost from "design consideration" to "optimal selection." It can solve thermal issues with thin plate fins. There are examples of using this product that resulted in a 40% increase in heat dissipation, and cases where simply wrapping one fin around the piping led to a 20% increase in temperature reduction with natural air cooling and a 36% increase with forced air cooling. For more details, please refer to the PDF download. 【Thermal Fluid Analysis Cases】 - Evaluation of the performance obtained when multiple fins are attached to the piping. - Evaluation of the effect on the surface of the piping when multiple fins are attached. - Evaluation of the performance obtained when fins are attached to a hexagonal tube carrying low-temperature fluid. - Evaluation of the performance obtained when fins are individually attached to cooling holes. *For more details, please refer to the PDF materials or feel free to contact us.

  • Piping and insulation
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Pipe/Plumbing Outer Wrap Fin

Pipe/Plumbing Outer Wrap Fin

Simply wrap it around pipes and plumbing to solve heat issues.

The outer wrap fins for pipes and piping are heat transfer fins that can be retrofitted onto existing pipes and piping. They can be easily installed on existing equipment or piping in factories and plants, making subsequent verification and validation straightforward. Our products are made by bending thin sheet metal, making them lightweight and flexible. Additionally, they can accommodate various sizes as standard shapes, and there is no initial cost (i.e., mold cost) typically required, allowing for easy use in "trial" demonstration experiments. *We also offer suggestions for optimal installation methods. 【Features】 ■Retrofit - Can be easily retrofitted onto existing pipes and piping. ■Flexible - Despite being made of thin sheet metal, they can be installed on pipes, piping, and curved sections. ■Low Cost - There is no initial investment required, so you can try them out without hesitation. *For more details, please feel free to contact us.

  • Heat exchanger
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Various thin plate fins (standard)

Various thin plate fins (standard)

Various thin plate fins (standard) - No mold cost, lightweight, flexible shape, can be added later.

Our products are standard heat transfer fins with unique shapes developed using thin sheet metal processing technology. While there are various characteristics of fin products, we also offer shapes that allow for flexible changes in fin pitch, fin height, and the number of fins. Since our products are made by bending thin sheet metal, they are lightweight, flexible, and can accommodate various sizes as standard shapes. There is no initial cost (i.e., mold cost) typically required, making them suitable for easy trial experiments. *We also provide suggestions for optimal installation methods. 【Features】 ■Variety - Various shapes developed uniquely by our company, with fin shapes not found anywhere else. ■Lightweight - Achieved by processing thin sheet metal. ■Low Cost - By using standard shapes, there is no burden of initial costs (i.e., mold costs). *For more details, please feel free to contact us.

  • Heat exchanger
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[Proposal/Analysis Example] How to Conduct a Performance Investigation of Fins

[Proposal/Analysis Example] How to Conduct a Performance Investigation of Fins

Please consider the standard folding fin! We have a comprehensive lineup!

We received a consultation stating, 'It is very difficult to consider, select, and order fin shapes.' As a solution, please consider the 'Standard Folding Fin.' We have a comprehensive lineup that covers a wide range of dimensional combinations, making it easy to gather the necessary dimensional variations for data collection, even if only one dimension is changed. [Case Summary] ■ Issue: It is very difficult to consider, select, and order fin shapes. ■ Proposed Solution: Consider the Standard Folding Fin. *For more details, please refer to the PDF materials or feel free to contact us.

  • Heat exchanger
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[Proposal/Analysis Case] How to Reduce the Weight of Heat Dissipation Components

[Proposal/Analysis Case] How to Reduce the Weight of Heat Dissipation Components

Replace with folding fins! This leads to weight reduction for the entire product.

We received an inquiry stating, "The heat dissipation components of lighting-related products are very heavy." As a solution, please consider using "folding fins" for the fin sections. By replacing the shape of the fin sections, which expand the heat dissipation area, with folding fins, it is possible to significantly reduce the thickness of the fin sections while maintaining the surface area compared to die-cast or extruded products. As a result, this leads to a reduction in the overall weight of the product. [Case Summary] ■ Issue: The heat dissipation components of lighting-related products are very heavy. ■ Proposed Solution: Consider using folding fins for the fin sections. *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
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[Proposal/Analysis Case] How to Cool Heating Components with Curved Surfaces

[Proposal/Analysis Case] How to Cool Heating Components with Curved Surfaces

Installing folding fins! If all goes well, this alone may meet the required cooling performance.

We received an inquiry stating, "I would like to install a heat sink on a product with a curved surface for cooling." As a solution, please consider "wrapping with folding fins." Since it is made of thin metal, it can be bent and installed (attached) to conform to the curved surface. By installing folding fins, the surface area is increased, which enhances natural air cooling and increases the heat dissipation due to the airflow inside the original device. If successful, this alone may meet the required cooling performance. [Case Summary] ■ Issue: Want to install a heat sink on a product with a curved surface for cooling ■ Proposed Solution: Consider wrapping with folding fins *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
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[Proposal/Analysis Case] How to Improve the Performance of Natural Air-Cooled Heat Exchangers

[Proposal/Analysis Case] How to Improve the Performance of Natural Air-Cooled Heat Exchangers

Replace with folding fins! In some cases, it is also possible to reduce the weight and compact the equipment!

We received an inquiry stating, 'I would like to improve the natural air-cooled heat dissipation section of the power supply box and other equipment.' As a solution, please consider 'folding fins' for the fin section. By replacing the shape of the fin section, which expands the heat dissipation area, with folding fins, it is possible to significantly reduce the thickness of the fins. As the thickness of each individual fin decreases, it becomes possible to increase the number of fins, which can lead to improved performance due to the increased surface area, and in some cases, may also allow for weight reduction and compactness of the equipment. [Case Overview] ■ Issue: I would like to improve the natural air-cooled heat dissipation section of the power supply box and other equipment. ■ Proposed Solution: Consider folding fins for the fin section. *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
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[Proposal/Analysis Example] How to Prototype Performance Improvement Products for Heat Exchangers

[Proposal/Analysis Example] How to Prototype Performance Improvement Products for Heat Exchangers

We propose a method of installation that involves wrapping around the pipe from the outside! This can simply be expected to improve performance.

We received an inquiry stating, "We would like to prototype an improved version of the existing heat exchanger." As a solution, please consider "wrapping folding fins around the pipe." By wrapping fins around the pipe, the heat exchange surface area is increased, which can simply lead to improved performance. Since this installation method involves wrapping from the outside, it allows for performance verification with minimal effort added to the existing product. Additionally, for some products, it may be more space-efficient to procure only the fin parts rather than the entire pipe. [Case Summary] ■ Issue: We would like to prototype an improved version of the existing heat exchanger. ■ Proposed Solution: Consider wrapping folding fins around the pipe. *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
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[Proposal/Analysis Case] How to Improve the Performance of Air Heating Heaters

[Proposal/Analysis Case] How to Improve the Performance of Air Heating Heaters

We propose a type of fin that can be installed with one touch! Maintenance work can also be easily carried out!

We received an inquiry stating, 'I would like to increase the types of fins for air heating heaters.' As a solution, please consider the installation of 'wrapping fins.' By partially processing fins made of thin sheet metal into a clip-like shape, they can be easily attached to existing rod-type heaters with a single touch. Installation is easy, making removal just as simple, and maintenance tasks such as cleaning can be carried out with ease. [Case Overview] ■ Issue: Want to increase the types of fins for air heating heaters ■ Proposed Solution: Consider the installation of wrapping fins *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
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[Proposal/Analysis Case] How to Improve the Heat Exchange Efficiency of Pipes

[Proposal/Analysis Case] How to Improve the Heat Exchange Efficiency of Pipes

The fins are made of thin sheet metal! They can be installed along a spirally wound pipe.

We received an inquiry stating, 'I want to improve the performance of a heat exchanger using pipes for liquid-to-liquid applications.' As a solution, please consider the installation of 'wrapping fins.' These fins are made from thin sheet metal and are partially shaped like clips, allowing them to be easily attached to existing rod-type heaters. Since the fins are made from thin sheet metal, there are also shapes that can be installed along spirally wound pipes. [Case Summary] ■ Issue: Want to improve the performance of a heat exchanger using pipes for liquid-to-liquid applications ■ Proposed Solution: Consider the installation of wrapping fins *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
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[Proposal/Analysis Case] How to Improve the Heat Exchange Efficiency of Pipes -1-

[Proposal/Analysis Case] How to Improve the Heat Exchange Efficiency of Pipes -1-

Improved performance while maintaining the benefits of being lightweight and flexible! Introducing slit fins!

We received an inquiry stating, "I would like to improve the heat exchange efficiency of pipes under forced air cooling." As a solution, please consider the installation of "slit fins." These fins are a type that has slits periodically placed on folding fins made from thin metal sheets, which may enhance performance while maintaining the benefits of being lightweight and flexible. By having slits, fins can be installed in orientations that would not be possible without slits, allowing wind from the side to hit the entire surface of the fins, which may improve cooling efficiency compared to standard folding fins. [Case Summary] ■ Issue: Desire to improve the heat exchange efficiency of pipes under forced air cooling ■ Proposed Solution: Consider the installation of slit fins *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
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[Proposal/Analysis Case] How to Improve the Efficiency of Air Heating

[Proposal/Analysis Case] How to Improve the Efficiency of Air Heating

"Parts that can be added around the piping to improve heat transfer efficiency!" We propose easy-to-install fins!

We received an inquiry stating, "I would like to improve the efficiency of air heating through pipes." As a solution, please consider the installation of "wrapping fins." By partially processing fins made of thin sheet metal into a clip-like shape, they can be easily attached to the outside of specific pipes with a simple one-touch mechanism. Installation is easy, which also makes removal simple, allowing for maintenance tasks such as cleaning to be carried out with ease. [Case Overview] ■ Issue: Want to improve the efficiency of air heating through pipes ■ Proposed Solution: Consider the installation of wrapping fins *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
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[Proposal/Analysis Case] How to Improve the Efficiency of Liquid Heating

[Proposal/Analysis Case] How to Improve the Efficiency of Liquid Heating

One-touch for existing rod heaters! Responding to the need for increased efficiency with easy-to-install additional components!

We received an inquiry stating, "I would like to improve the efficiency of liquid heating through pipes." As a solution, please consider the installation of "wrapping fins." By partially processing fins made of thin sheet metal into a clip-like shape, they can be easily attached to existing rod-type heaters. Since the fins are made of thin sheet metal, there are also fins designed to be installed along pipes that can be bent into complex shapes. [Case Overview] ■ Issue: Improve the efficiency of liquid heating through pipes ■ Proposed Solution: Consider the installation of wrapping fins *For more details, please refer to the PDF document or feel free to contact us.

  • Heat exchanger
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Thin Plate Heat Transfer Fins: "Outer Wrap Fins" and "Inner Insert Fins"

Thin Plate Heat Transfer Fins: "Outer Wrap Fins" and "Inner Insert Fins"

Increase the heat exchange area. Retrofitting and customization for piping are also possible. Samples and materials available.

Our "External Wrapping Fins" and "Internal Insertion Fins" are heat transfer fins that can be installed on piping afterward. They are easy to install and remove, allowing for use only during necessary seasons, such as summer or winter. Verification of their effectiveness can also be easily conducted. By expanding the heat exchange area, they contribute to improved heat exchange performance. We can accommodate dimensions and materials beyond standard products. 【Features】 ■ Can be retrofitted to existing equipment and piping in factories and plants ■ Our main product is based on a unique folding fin made of thin metal ■ Can be installed on piping utilizing features such as flexibility, lightweight, and high strength ■ Fin pitch, fin height, and number of fins can be customized without mold changes ■ Dimensions and materials are negotiable. Customized shapes can be produced from a single unit ★ We are currently offering samples. Please feel free to contact us if you are interested. ※ You can view materials that include analysis examples from the "PDF Download."

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[Technical Column] "Report on Joint Research Results Regarding Fin Contact Thermal Resistance"

[Technical Column] "Report on Joint Research Results Regarding Fin Contact Thermal Resistance"

Introduction to the contact thermal resistance of pipe and piping outer wrap folding fins!

In this column, we report excerpts from the results of collaborative research conducted with a professor from Mie University regarding the contact thermal resistance during the installation of externally wrapped folding fins on pipes. In this collaborative research, a heater was inserted into the center of a copper cylinder, and experiments were conducted under natural convection conditions with fins wrapped around it. By measuring various points, we evaluated the effectiveness of the fins, comparisons based on the method of securing the fins, and the effects of thermal conductive sheets. We encourage you to read it. *For more detailed information about the column, please refer to the related links. Feel free to contact us for further inquiries.*

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Selection of LS Fin Heater Plate Fin / Erofin

Selection of LS Fin Heater Plate Fin / Erofin

We will create the optimal design according to specifications and usage!

The LS fin heater is a heater made using the LS fin tube, which has been developed as a next-generation fin tube to replace the existing fin heaters used for dryers. It resolves the issues associated with heaters that use aluminum fin tubes, which have durability problems. This allows for a reduction in total costs, including heater price, weight, and fan static pressure. 【Features】 ○ When adopted in a circulation drying furnace (dryer), it can fit within about half the heat transfer area compared to the fin type. 　→ If two existing fin heaters were needed, one unit can meet the required capacity. ○ Total costs can be reduced, including heater price, weight, and fan static pressure. ○ It can be installed as a replacement when updating from existing fin heaters. For more details, please contact us or download the catalog.

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B, Alfin AF-92

B, Alfin AF-92

B, Alfin AF-92

It is a simple awning. By changing the installation position, it achieves the functions of "heavy rain," "daylighting," and "dirt resistance." It is truly an environmentally friendly awning that is suitable for the natural environment of the future.

  • Shopping district, entrance area, eaves
  • Eaves/Canopy
  • Roof and gutter construction
  • fin

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[Choose from 670 colors] Color Glass Awning - Alfin AF810

[Choose from 670 colors] Color Glass Awning - Alfin AF810

Color-orderable Alfin color glass awning, perfect for store awnings.

This is a new type of glass awning using color interlayers from the American company Solutia. The standard colors are available in 8 colors, and you can choose from 670 colors based on the combination of interlayers. Safe design utilizing the expertise of a specialized awning manufacturer!

  • Shopping district, entrance area, eaves
  • Eaves/Canopy
  • Display (display shelves, display boards, mannequins, etc.)
  • fin

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Polyurethane Construction Proposal: Radiator

Polyurethane Construction Proposal: Radiator

Proposal for the installation of polyurethanes in radiators, industrial cooling systems, and heat exchangers!

"Polyual" is a corrosion prevention coating for aluminum fins patented by Blygold. In radiators used as cooling devices for diesel engines and other applications, as well as in industrial cooling systems and heat exchangers, pre-coated aluminum is commonly used. However, using pre-coated fins with a typical lifespan of about 5 years in equipment designed for over 20 years in salt-damaged areas poses significant risks. By applying this product, a coating film is formed on the surface of the aluminum fins, helping to prevent deterioration. 【Features】 - Suppresses the growth of bacteria and mold on aluminum fins in heat exchangers - Suitable for heat exchangers that cannot be protected even with cationic coatings - Protects outdoor units in salt-damaged areas where corrosion occurs even with heavy salt damage specifications - Provides semi-permanent protection for fins through touch-up repairs - Maintains high thermal conductivity, allowing for thick coating films and sustained heat exchange performance, among others *For more details, please refer to the PDF document or feel free to contact us.

  • paint
  • fin

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[Construction Example] Aluminum Cast Exterior Decorative Fin

[Construction Example] Aluminum Cast Exterior Decorative Fin

Exterior decorative fins installed on the entire surface of the curtain wall! The arrangement creates a shadowed appearance!

We would like to introduce examples of installation for the 'Aluminum Cast Exterior Decorative Fin' handled by our Smart Building Materials Division. In an example where R-shaped fins with a maximum projection of 330mm were installed as decorative materials on the entire surface of a curtain wall, changing the arrangement emphasized the shadows of the product, creating an interesting expression. The Smart Building Materials Division conducts in-house design using 3D CAD, utilizes a variety of machinery and high technical skills, and produces in our own factory. We respond to customer needs with consistent management from design to construction. [Installation Examples] ■ Aluminum Cast Exterior Decorative Fin ■ Standard Sizes ・Fin Section: W60×H5500×D35～330 ・Straight Section: W60×H5500×D35 *For more details, please refer to the PDF materials or feel free to contact us.

  • Privacy louvers and louver shutters
  • Veneer laminate
  • Architectural design office
  • fin

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Biomass Polyolefin Nonwoven Fabric BIOALFIN Bioalfin

Biomass Polyolefin Nonwoven Fabric BIOALFIN Bioalfin

Non-woven fabric made from polyolefin blended with biomass polyethylene derived from sugarcane. Certified with Biomass Pla Mark and Biomass Mark.

Our company has developed an advanced biomass polyolefin spunbond nonwoven fabric (BioALFIN). The production of BioALFIN uses Braskem's Green PE, a biomass polyethylene, allowing for the production of nonwoven fabrics with a biomass content of up to 50%. We have already obtained the biomass mark for grades with biomass contents of 25 and 50, as well as a grade with a biomass content of 10. The nonwoven fabric is classified as combustible waste under the Container Recycling Law. By using biomass raw materials, it is a carbon-neutral material that can help suppress the increase in CO2 concentration in the atmosphere when incinerated. With sustainability as a key concept, it is an environmentally friendly material that we can propose.

  • Packaging materials
  • fin

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Product Introduction: Standard Folding Fin

Product Introduction: Standard Folding Fin

Light! Flexible! Easy to install!

◎ This product is made by bending thin sheet metal (0.1 to 0.5 mm). ◎ It features an original fin shape processed using equipment developed in-house. ◎ The fin pitch and fin height can be freely adjusted, resulting in a wide range of product lineup. ◎ Heat management parts can be purchased even in single units. ◎ The fin section is thin and lightweight. ◎ It can be installed not only on flat surfaces but also along curved surfaces. ◎ This time, the material is provided in aluminum. ◎ Reduction of product weight through lightweight heat dissipation components. ◎ Improved heat dissipation performance with retrofitting on curved surfaces. ◎ Expansion of heat dissipation area through thinning. ◎ Cooling can be retrofitted when necessary. ◎ A comprehensive lineup allows for comparison between products. ◎ Proven shapes used in various industries. ◎ Lightweight, making it resistant to vibrations. ◎ Excellent heat dissipation performance per unit weight. ◎ Achievements of 60% weight reduction in products. ◎ Easy retrofitting allows for improved product performance. ◎ Attachment to motors enhances lifespan. ◎ High quality and stable performance achieved even in small lots. ◎ Increased surface area improves emissivity. ◎ Numerous evaluations of "high performance" from various industries and sectors.

  • others
  • fin

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