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CONTENTS
SERVICE
About the Information Platform
ENGLISH
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Ikuyo Co., Ltd.

Company Profile

■URL

https://www.ikuyo194.co.jp/en/

■Address

2F Shintoyoakasaka Bldg. 4-9-25 Akasaka, Minato-ku, Tokyo-to 107-0052 Japan

Business Overview

- The Company is part of a corporate group mainly manufacturing and selling automotive parts. After Ikuyo Co., Ltd. adopted a holding company structure in April 2026, it administers the management of the entire group, while the main subsidiary, Ikuyo Automotive Co., Ltd., is in charge of manufacturing, processing, and selling synthetic resin products, molds, and rubber products.

- Its main products are automotive interior and exterior components such as door trims, floor consoles, pillar trims, radiator grilles, bumpers, and side garnishes. In addition, the Group’s other companies are in charge of aluminum die-cast products, fuel pipes, and gasoline particulate filters (OPF).

- The Company's major customers are Mitsubishi Motors Corporation, FAW-Volkswagen, SAIC Volkswagen and PT Mitsubishi Motors Krama Yudha Indonesia (MMKI).

- On Apr. 2026, Automotive part business was inherited by IKUYO AUTOMOTIVE CO., LTD. due to a company split. The management was moved to holding company system.

　

Business Highlights

-For the fiscal year ending March 31, 2026, net sales were 30,144 million yen (up 70.0%), operating income was 540 million yen, ordinary income was 167 million yen, and net income attributable to the parent company was 2,756 million yen.

Shareholders

-Listed on the Standard Market of the Tokyo Stock Exchange. (As of Mar. 31, 2026)
Name or Company Name Investment ratio (%)
Nitto Co., Ltd. 42.77
BNP PARIBAS SINGAPORE/2S VATE LIMITED (Standing proxy: HSBC Bank Tokyo Branch) 22.56
DBS BANK LTD. 7001 (Standing proxy: Mizuho Bank, Ltd. Sales of Yen Settlements Department) 3.42
Individual shareholder 2.34
Individual shareholder 2.15
Yaizu Body Industry Co., Ltd. 1.95
Individual shareholder 1.29
Kibun Foods Inc. 1.05
Matsui Securities Co., Ltd. 0.89
Sumitomo Mitsui Banking Corporation 0.88
Total 79.30
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Products

-Overhead console
-Cowl tops garnish
-Quarter garnish
-Quarter pillar garnishes
-Grille garnish
-Corner panel
-Side air dam
-Scuff plates
-Step wall
-Speaker cover
-Fender splash shield
-Center pillar trims
-Lower tail gate trim
-Garnishes
-Door garnish
-Door trim
-Door pillar garnishes
-Back panel trim
-Battery covers
-Bumper corner
-Over fenders
-Fender garnish
-Fog lamp bezel
-Floor console
-Front air dam
-Front grille
-Front console
-Front door trim board
-Front panel
-Front bumper
-Front pillar trims
-Mudguard trims
-Radiator grille garnish
-Radar garnish
-Lower grille
-Rear bumper molding

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History

May, 1947 Founded under the name of Ikuyo Shokai Co., as a manufacturer and seller of rubber products for automobile windows.
Sep. 1951 Arakawa Factory founded, commenced manufacture of automobile window rubber products for Ikuyo.
Jan. 1955 Changed its corporate name to Ikuyo Chemical Industries
Dec. 1959 Manufacture of formed resin products commenced.
Jan. 1962 The headquarters was moved to Tokyo.
Dec. 1964 Manufacturing operations moved to Atsugi, Kanagawa Pref., name changed to Atusgi Factory.
Feb. 1969

Established the Mizushima factory (now called the Okayama factory) in Okayama Prefecture
Jun. 1969 Acquired Fuji Kinzoku Toko Co., Ltd. and changed its name to Ikuyo Toko, Co., Ltd.
Sep. 1972 Moved corporate headquarters to Kanagawa
Apr. 1974 Name changed to Ikuyo Co., Ltd.
Oct. 1977 Nagoya Representative Office closed and Okazaki Factory founded.
Dec. 1979 Ikuyo Works Co., Ltd, founded.
Sep. 1981 Ikuyo Trading Co., Ltd. founded.
Apr. 1984 Aikei Mold Co., Ltd. founded.
Jul. 1987 Mizushima Factory moved, name changed to Okayama Factory.
Jul. 1987 Head office moved to present location in Shibuya Ward, Tokyo.
Jun. 1988 Founded Kyoto office.
Jul. 1989 Hiroshima Office founded.
Aug. 1989 Nagoya Factory moved.
May, 1993 Yamaguchi Hikari Factory founded.
Aug. 1995

Company's stock listed on OTC of the Japan Securities Dealers' Association.
Aug. 1996

Founded Ikuyo America Corporation.
Aug. 1996

Founded Usi, Inc.
Mar. 1997

Listed on the second section of the Tokyo Stock Exchange
Jul. 1997

Founded the Second Nagoya factory in Aichi Prefecture
Sep. 1998

Ceased operation of the Kyoto office
Sep. 1999

Founded the Vivante factory inside the Atsugi factory.
Jan. 2000

Ikuyo America Corporation merged with Usi, Inc.
Now doing business as USA Incorporated.
Apr. 2001 Ikuyo Works Co. and Ikuyo Toko Co. were acquired by Ikuyo Co.
Mar. 2002 Ikuyo Wood Plant closed.
Aug. 2007 The headquarters was moved to Kanagawa.
Oct. 2008 Established Ikuyo Technology Development Laboratory Co., Ltd.
Oct. 2009 Absorbed Ikuyo Technology Development Laboratory Co., Ltd.
Mar. 2011 Sold off all the shares it held in USI Inc.
Sold Yamaguchi Hikari Plant.
Nitto Co., Ltd., the Japan unit of China-based Dalian Nitto Plastic Molding Co., Ltd., acquired 30% of the Company’s share.
Apr. 2012 Merged the operations of IK Mold Co. Ltd. into its own operations.
Apr. 2013 Established PT. Ikuyo Indonesia in Indonesia.
Jul. 2021 Established Ikuyo Vietnam Co., Ltd., a subsidiary in Vietnam.
Apr. 2022 Moved from the Second Section of the Tokyo Stock Exchange to the Standard Market due to the TSE's reorganization.
Aug. 2024 Established Ikuyo Trading Co., Ltd.
Apr. 2025 Absorbed Veritas' Chinese subsidiary, Kunshan Veritas Automotive Systems Co., Ltd.
May. 2025 Absorbed Tamadai Co., Ltd.
Nov. 2025 Established IKUYO AUTOMOTIVE CO., LTD.
Apr. 2026 Automotive part business was inherited by IKUYO AUTOMOTIVE CO., LTD. due to a company split. The management was moved to holding company system.

Supplemental Information 1

>>>Business report FY ended Mar. 31, 2009
>>>Business report FY ended Mar. 31, 2010
>>>Business report FY ended Mar. 31, 2011
>>>Business report FY ended Mar. 31, 2012
>>>Business report FY ended Mar. 31, 2013
>>>Business report FY ended Mar. 31, 2014
>>>Business report FY ended Mar. 31, 2015

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JSAE Yokohama 2026
Surface-emitting inkjet decoration
The rich, three-dimensional effects traditionally achieved through film decoration are now realized by applying inkjet printing to textured transparent polycarbonate. This product also supports surface-emitting LEDs, further expanding the range of expressive possibilities. Due to its three-dimensional structure, the appearance changes not only based on the LED color but also depending on the viewing angle.
Printing on textured surfaces supports thicknesses of up to 3 mm in the Z-axis direction. Additionally, the texture can be varied depending on whether the printed surface (textured side) is positioned as the front or back.
- Presented by Ikuyo Automotive
JSAE Yokohama 2026
Surface-emitting inkjet decoration
The rich, three-dimensional effects traditionally achieved through film decoration are now realized by applying inkjet printing to textured transparent polycarbonate. This product also supports surface-emitting LEDs, further expanding the range of expressive possibilities. Due to its three-dimensional structure, the appearance changes not only based on the LED color but also depending on the viewing angle.
Printing on textured surfaces supports thicknesses of up to 3 mm in the Z-axis direction. Additionally, the texture can be varied depending on whether the printed surface (textured side) is positioned as the front or back.
- Presented by Ikuyo Automotive
JSAE Yokohama 2026
Surface-emitting inkjet decoration
The rich, three-dimensional effects traditionally achieved through film decoration are now realized by applying inkjet printing to textured transparent polycarbonate. This product also supports surface-emitting LEDs, further expanding the range of expressive possibilities. Due to its three-dimensional structure, the appearance changes not only based on the LED color but also depending on the viewing angle.
Printing on textured surfaces supports thicknesses of up to 3 mm in the Z-axis direction. Additionally, the texture can be varied depending on whether the printed surface (textured side) is positioned as the front or back.
- Presented by Ikuyo Automotive
JSAE Yokohama 2026
Surface-emitting inkjet decoration
The rich, three-dimensional effects traditionally achieved through film decoration are now realized by applying inkjet printing to textured transparent polycarbonate. This product also supports surface-emitting LEDs, further expanding the range of expressive possibilities. Due to its three-dimensional structure, the appearance changes not only based on the LED color but also depending on the viewing angle.
Printing on textured surfaces supports thicknesses of up to 3 mm in the Z-axis direction. Additionally, the texture can be varied depending on whether the printed surface (textured side) is positioned as the front or back.
- Presented by Ikuyo Automotive
JSAE Yokohama 2026
Surface-emitting inkjet decoration
The rich, three-dimensional effects traditionally achieved through film decoration are now realized by applying inkjet printing to textured transparent polycarbonate. This product also supports surface-emitting LEDs, further expanding the range of expressive possibilities. Due to its three-dimensional structure, the appearance changes not only based on the LED color but also depending on the viewing angle.
Printing on textured surfaces supports thicknesses of up to 3 mm in the Z-axis direction. Additionally, the texture can be varied depending on whether the printed surface (textured side) is positioned as the front or back.
- Presented by Ikuyo Automotive
JSAE Yokohama 2026
Millimeter-wave transparent metallic paint
Using special aluminum and thin-film coating technology, it achieves high millimeter-wave transmittance while maintaining a metallic appearance.
- Presented by Ikuyo Automotive
JSAE Yokohama 2026
Millimeter-wave transparent metallic paint
Using special aluminum and thin-film coating technology, it achieves high millimeter-wave transmittance while maintaining a metallic appearance.
- Presented by Ikuyo Automotive
JSAE Yokohama 2026
Metal look paint / Cool-touch printing
With high brightness and a wide range of color variations, it expresses the texture of various metals through painting. It is an environmentally friendly product that uses paint free of toluene, xylene, and ethylbenzene.
In this exhibition, the focus was also on achieving a metallic feel when touched by combining it with a cool-to-the-touch coating.
- Presented by Ikuyo Automotive
JSAE Yokohama 2026
Metal look paint / Cool-touch printing
With high brightness and a wide range of color variations, it expresses the texture of various metals through painting. It is an environmentally friendly product that uses paint free of toluene, xylene, and ethylbenzene.
In this exhibition, the focus was also on achieving a metallic feel when touched by combining it with a cool-to-the-touch coating.
- Presented by Ikuyo Automotive
2025 JSAE Automotive Engineering Exposition
Inkjet decoration
2025 JSAE Automotive Engineering Exposition
Metal look paint
2025 JSAE Automotive Engineering Exposition
Foam Molding
2024 JSAE Automotive Engineering Exposition
Metal-look paint
-Uses environmentally friendly paints to achieve a metallic look that is superior to conventional paints.
2024 JSAE Automotive Engineering Exposition
Metal-look paint
-Uses environmentally friendly paints to achieve a metallic look that is superior to conventional paints.
2024 JSAE Automotive Engineering Exposition
Metallic paint
-Metallic paint that allows millimeter waves and infrared rays to pass through. Transmission is possible in a variety of colors.
2024 JSAE Automotive Engineering Exposition
Metallic paint
-Metallic paint that allows millimeter waves and infrared rays to pass through. Transmission is possible in a variety of colors.
2024 JSAE Automotive Engineering Exposition
Heat-resistant nylon material
-No special process is required and the same plating line as ABS can be used.
-Heat resistant with a maximum working temperature of 250°C. Can be used in high-temperature applications such as exhaust finishers.
2024 JSAE Automotive Engineering Exposition
Heat-resistant nylon material
-No special process is required and the same plating line as ABS can be used.
-Heat resistant with a maximum working temperature of 250°C. Can be used in high-temperature applications such as exhaust finishers.
2024 JSAE Automotive Engineering Exposition
Heat-resistant nylon material
-No special process is required and the same plating line as ABS can be used.
-Heat resistant with a maximum working temperature of 250°C. Can be used in high-temperature applications such as exhaust finishers.
2024 JSAE Automotive Engineering Exposition
Original high appearance inkjet decoration
-3D inkjet printing technology is used. Three-dimensional designs are possible.
-Less waste and more environmentally friendly than painting or film. Also, plant-derived and recycled plastics are used for environmental friendliness.
2024 JSAE Automotive Engineering Exposition
Original high appearance inkjet decoration
-3D inkjet printing technology is used. Three-dimensional designs are possible.
-Less waste and more environmentally friendly than painting or film. Also, plant-derived and recycled plastics are used for environmental friendliness.
2024 JSAE Automotive Engineering Exposition
Original high appearance inkjet decoration
-3D inkjet printing technology is used. Three-dimensional designs are possible.
-Less waste and more environmentally friendly than painting or film. Also, plant-derived and recycled plastics are used for environmental friendliness.
2024 JSAE Automotive Engineering Exposition
Original high appearance inkjet decoration
-3D inkjet printing technology is used. Three-dimensional designs are possible.
-Less waste and more environmentally friendly than painting or film. Also, plant-derived and recycled plastics are used for environmental friendliness.
2024 JSAE Automotive Engineering Exposition
Metallic polypropylene (PP) decoration
-By adopting lightweight materials and vapor deposition techniques, approximately 10% weight reduction is achieved compared to plated parts.
2024 JSAE Automotive Engineering Exposition
Metallic polypropylene (PP) decoration
-By adopting lightweight materials and vapor deposition techniques, approximately 10% weight reduction is achieved compared to plated parts.
2024 JSAE Automotive Engineering Exposition
New scratch-resistant polypropylene (PP) material
-Scratch-resistant PP material. Maintains performance for a long period of time with the same hardness as conventional products.
2024 JSAE Automotive Engineering Exposition
New scratch-resistant polypropylene (PP) material
-Scratch-resistant PP material. Maintains performance for a long period of time with the same hardness as conventional products.

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