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Building Materials Product List and Ranking from 64 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.

Building Materials Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.

  1. 不二サッシ 東京本部 Tokyo//Optical Instruments
  2. 難波金属 Hyogo//Building materials, supplies and fixtures
  3. 竹中商店 Mie//Resin/Plastic
  4. 4 null/null
  5. 5 インターデコム Tokyo//Building materials, supplies and fixtures
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Building Materials Product ranking

Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.

  1. Easy installation of architectural lighting "Albeam Interior" 不二サッシ 東京本部
  2. Metal building material "Hanakakushi Panel" 難波金属
  3. Metal building material "Detachable Spandrel" 難波金属
  4. 4 Molding and decorative building materials インターデコム
  5. 4 Aluminum decorative building material "Bandokusar Decor" 長田通商 L&B事業部

Building Materials Product List

91～101 item / All 101 items

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Front Tech Store Catalog 2023-2024

Front Tech Store Catalog 2023-2024

Inspiration from lines, a thousand imaginations. Line up products like the "ML series"!

This catalog introduces "Frontec," handled by LIXIL Corporation. It includes examples of construction, colors, wind pressure resistance, and water tightness performance. In addition to the "MAIN SERIES" such as the ML series and Slim Facade, it also features the "STANDARD SERIES" including FIX windows and ribbed glass frames, so please take a look. [Contents (excerpt)] ■ Introduction to MAIN SERIES ■ Examples of construction ■ Colors ■ Task Gray ■ Wind pressure resistance and water tightness performance ■ Variety system *For more details, please refer to the PDF document or feel free to contact us.

  • Wood products
  • Building Materials

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I want to specialize in my area of expertise. Contributing to the enhancement of production capacity through mold transfer!

I want to specialize in my area of expertise. Contributing to the enhancement of production capacity through mold transfer!

I want to concentrate our production resources on our areas of expertise. By transferring molds, we will contribute to increasing production capacity and improving profit margins!

■Specific Concerns "I want to further develop our company's strengths in the precision field." "Is there a place where I can entrust multiple rubber products about the size of both hands?" ■Solutions We will align on production considerations and quality levels, and transfer production. We will devise a way for all molds transferred to be attachable to the molding machine using a single fixture. ■Effects We were able to allocate production time before the transfer to our company's areas of expertise. We gained production capacity, allowing us to accept new orders. Eliminating setup changes led to increased productivity and improved profit margins. ■Customer Feedback "Thanks to the mold transfer, our production capacity has increased, allowing us to take on new orders." "The quality remained unchanged, and the transfer was successful! Productivity has increased, making management easier." *For more details, please refer to the materials or feel free to contact us.*

  • Rubber
  • Contract manufacturing
  • Processing Contract
  • Building Materials

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[Business Improvement and Simulation Case] Manufacturing Industry (Building Materials)

[Business Improvement and Simulation Case] Manufacturing Industry (Building Materials)

Examples of displaying considerations for excess and shortage at the storage locations of various varieties, as well as specific improvement measures for shortage areas!

We would like to introduce a case study of operational improvements conducted at Company B, a building materials manufacturing company. The company consulted us to examine the surplus and shortage of storage space for various types of road construction materials, as they planned to expand their manufacturing line, and to provide specific improvement measures once the shortage areas were identified. As a result of the simulation, it was found that the initial plan indicated a shortage of approximately 500m2 of storage space, but it is now expected that a surplus of up to approximately 250m2 can be secured. [Case Overview] ■ Issues - Examination of surplus and shortage of storage space for various types - Request for specific improvement measures once shortage areas are identified ■ Effects - Identification of types with expected storage space shortages - Expectation of securing a surplus of up to approximately 250m2 of storage space *For more detailed information about the case, please refer to the related links. Feel free to contact us for more details.

  • Other services
  • Building Materials

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"Magnetization processing" that allows magnets to adhere to materials such as bricks, tiles, and wood [Patent Pending].

"Magnetization processing" that allows magnets to adhere to materials such as bricks, tiles, and wood [Patent Pending].

Magnetization has been achieved in necessary areas such as the walls and ceiling of the room! There is a proven track record of supporting vertical loads of up to approximately 120 kg.

We would like to introduce our "Magnetization Processing." Using "neodymium magnets," which are said to have about 10 times the magnetic force of conventional ferrite magnets, we process materials such as bricks, blocks, tiles, gypsum boards, and wood to allow magnets to adhere to them. The usage is limited only by your imagination, enabling new forms of storage and decoration utilizing fences and exterior walls. 【Features】 ■ Processed to allow magnets to adhere to bricks, blocks, tiles, gypsum boards, and wood ■ Usage is limited only by your ideas ■ No need to drill holes or apply stickers ■ Allows for storage and installation on walls with magnets ■ Magnets adhere strongly *For more details, please refer to the PDF document or feel free to contact us.

  • magnet
  • Building Materials

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【Information】What is asbestos?

【Information】What is asbestos?

Types of asbestos and the dangers of asbestos! Introducing examples of asbestos use in buildings.

This document introduces the naturally occurring mineral fiber "asbestos." It includes information on the types of asbestos by classification, as well as the dangers, trends in import volumes, and the number of recognized work-related accidents. Additionally, it features photographs and information on "types and uses of asbestos-containing building materials" and "examples of asbestos use in buildings." We encourage you to read it. 【Contents (partial)】 ■ What is asbestos ■ Dangers of asbestos ■ Types and uses of asbestos-containing building materials (Level 1) ■ Types and uses of asbestos-containing building materials (Level 2) ■ Types and uses of asbestos-containing building materials (Level 3) *For more details, please refer to the PDF document or feel free to contact us.

  • fiber
  • Hazardous material processing
  • Building Materials

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Utopia Building Materials Co., Ltd.

Utopia Building Materials Co., Ltd.

One and Only Antibacterial and Mold-Resistant Paint

Our company manufactures and sells its own unique antibacterial and antifungal paint. We also carry out painting work, interior construction, and waterproofing projects. Regarding our construction achievements, we have experience primarily in Hyogo Prefecture, including schools and public facilities nationwide (such as martial arts halls), boasting over 200 completed projects. Our unique antibacterial and antifungal paint, "Baum Tough," has received the F4 Star certification from the Japan Paint Manufacturers Association. Additionally, we have created an intellectual business evaluation report with the Patent Office, reaffirming that our proprietary paint is a strength that sets us apart from competitors. In the fall of 2024, we successfully developed a new antifungal paint specifically for indoor air conditioning units. [Acquired A20 under the 2023 Patent Office's Small and Medium Enterprises Intellectual Property Management Support Financial Function Utilization Promotion Project]

  • Chemicals
  • Building Materials

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Latest Trends in Plastic Decoration, Molding Processing, and Housing Design Requirements and Adoption Standards

Latest Trends in Plastic Decoration, Molding Processing, and Housing Design Requirements and Adoption Standards

★In addition to mobile and automotive decoration, promising plastic decoration technology for residential and building materials applications is expanding with smart houses and energy-efficient homes!

【Lecture Content】 In recent years, the advancements in decoration technology have been remarkable, with various companies introducing individual technologies. This lecture will comprehensively and systematically explain decoration technology, presenting recent trends through molded product samples and actual photographs. It will also discuss the application of decoration technology in building materials and furniture, indicating future directions. 【Lecture Content】 An explanation of processing methods and machinery for building materials and furniture components will be provided. Additionally, the latest trends in secondary processing technologies and machinery in Europe, as well as the surrounding environment, will be discussed. 【Lecture Content】 It has been over 40 years since industrialized housing was born, and during this time, housing has dramatically changed alongside the Japanese lifestyle as a "container for living." This lecture will introduce recent examples of plastic decoration required alongside changes in living space design and consider future directions.

  • Company：AndTech
  • Price：10,000 yen-100,000 yen
  • Technical Seminar
  • Building Materials

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“PANECO Board S” — Sustainable, Environmentally Friendly Recycled Building Material

“PANECO Board S” — Sustainable, Environmentally Friendly Recycled Building Material

“PANECO Board S” — Sustainable, Environmentally Friendly Recycled Building Material

“PANECO Board S” — Sustainable, Environmentally Friendly Recycled Building Material Approximately 92 million tons of clothing are discarded globally each year, with most of it being incinerated or landfilled. Due to the difficulty of separating different textile materials, recycling remains limited, and the overall disposal structure has not significantly changed. PANECO converts discarded textile fibers into reusable resources without the need for material separation, transforming them into materials that can be repeatedly utilized within society. This approach enables the circular use of textile resources and contributes to building a more sustainable fashion and textile industry. Rather than allowing textiles to end as single-use consumption, PANECO promotes continuous circulation through recycling and resource regeneration, helping to realize a circular economy. Details https://paneco.tokyo/products/board-s/

  • fiber
  • Building Materials

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Examples of architecture using titanium materials

Examples of architecture using titanium materials

Titanium is often used in buildings due to its lightweight and high durability!

Here are some examples of architecture using titanium. Due to its lightweight and high durability, titanium is often used in buildings, with notable examples around the world including the Guggenheim Museum in Spain and the Taipei Arena in Taiwan. In Japan, it is particularly used in the roofs of traditional Japanese buildings, and it is also utilized to enhance design aesthetics by taking advantage of its color-changing properties. 【Architectural Examples】 ■ Fuji Television Sphere Observation Room ■ Takamatsu Children's Hall ■ Okinawa Prefectural Budokan ■ Kyushu National Museum ■ Miyajidake Shrine ■ JR Hakodate Station *For more details, please refer to the PDF document or feel free to contact us.

  • Other metal materials
  • Building Materials

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Nisshin Sangyo Co., Ltd. / Haganuma Manufacturing Co., Ltd.

Nisshin Sangyo Co., Ltd. / Haganuma Manufacturing Co., Ltd.

Fire-resistant building materials made from wood using space technology.

We have developed a new one-hour fire-resistant technology by applying space technology. We have added the function of generating water vapor, "GAINA Mist," and the function of forming a protective layer to the technology "Fire Stop," which converts and radiates heat into far-infrared rays using a thin ceramic layer, and commercialized a new fire-resistant wood building material. It has passed the ministerial certification test for one-hour fire resistance.

  • others
  • Building Materials

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Comparison between Clunwood and timber.

Comparison between Clunwood and timber.

It is possible to accommodate complex cross-sectional shapes due to molding with irregular extrusion! Introducing an excellent material as an alternative to wood.

"Clanwood" is a low-foaming extruded product made primarily from polyethylene (PE) and polystyrene (PS) resins. It overcomes the disadvantages of wood, such as water absorption, moisture retention, and insect damage, making it a durable material for long-term use. It also excels in oil and chemical resistance, making it suitable for use not only in wet areas but also in factories where there may be exposure to oils and chemicals. It has good workability, allowing for drilling, cutting, and nailing just like wood. 【Features】 - Does not absorb water, so it does not swell like wood - Does not decay like wood - Excellent oil and chemical resistance - Comparable specific gravity and workability to wood - Capable of forming complex cross-sectional shapes due to irregular extrusion *For more details, please refer to the PDF document or feel free to contact us.

  • wood
  • Building Materials

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