We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Resin.
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Resin Product List and Ranking from 437 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.

Resin Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.

  1. 寺田 Tokyo//Electronic Components and Semiconductors
  2. 三菱ガス化学ネクスト（旧日本ユピカ） 本社 Tokyo//Resin/Plastic
  3. 吉田ＳＫＴ Aichi//Manufacturing and processing contract
  4. 4 三菱ガス化学株式会社　グリーン・エネルギー＆ケミカル事業部門 Tokyo//Chemical
  5. 5 ヤスハラケミカル Tokyo//Chemical
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Resin Product ranking

Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.

  1. [Newly Developed Product] One-component Heat-Curing Epoxy Resin TE-7901K 寺田
  2. Introduction of products from the Japan Catalyst Group (Revamping of the Ipros special site)
  3. Liquid Bismaleimide Resin LMI-5000 OSAKA ORGANIC CHEMICAL IND., LTD.
  4. 4 Joint Surface Treatment Agent "Hitlock B" イチネンケミカルズ
  5. 5 [Resin Nazenaze Series] Regarding Yellowing in Dark Places 甲商

Resin Product List

1246～1260 item / All 1396 items

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Epoxy Resin Hardener Q&A Course for Learning from the Basics

Epoxy Resin Hardener Q&A Course for Learning from the Basics

Epoxy Resin Hardener Q&A Course for Beginners

8. Characteristics of Polyamide Amine Curing Agents 9. Others 10. Amine Curing Agents Applicable to Various Uses of Epoxy Resins 10-1 Lining 10-2 Coatings 10-3 Reinforcement for Civil Engineering and Construction Structures 10-4 Adhesives 10-5 Electrical Insulation Materials 10-6 Tooling 11. Q&A on Epoxy Curing Agents Q1: Estimated Demand for Curing Agents for Epoxy Resins by Application Q2: Estimated Demand for Epoxy Resin Curing Agents Q3: Selection Method for Curing Agents by Performance Q3-1 Adhesives Q3-2 Chemical Resistance Q3-3 Heat Resistance Q3-4 Electrical Insulation Q3-5 Heat Resistance Q3-6 Moisture and Water Resistance Q3-7 Flexibility Q3-8 Impact Resistance Q4: Causes of Various Troubles Q4-1 Causes of Insufficient Curing Q4-2 Method for Determining Insufficiently Cured Areas Q4-3 Causes of Bubble Formation Q4-4 Causes of Resin Cracking After (or During) Curing Q4-5 Causes of Delamination After (or During) Curing 12. Examples of Epoxy Resin Performance: Photos

  • glue
  • plastic
  • Technical Seminar

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Flame retardant technology for acrylic resin and trends in plastic combustion testing.

Flame retardant technology for acrylic resin and trends in plastic combustion testing.

★ Explanation of high-difficulty acrylic flame-retardant technology that is rarely heard elsewhere ★ Introduction of case studies on plastic combustion tests and an explanation of standard trends

【Lecturers】 Part 1: Mr. Hitoshi Nishizawa, Representative of Nishizawa Engineering Office Part 2: Ms. Tamako Takahashi, Director and General Manager of Operations at Chemitox Co., Ltd. 【Venue】 Kawasaki City Comprehensive Community Center, 2nd Floor, Room 3 【Kanagawa, Musashi-Kosugi】 【Date and Time】 November 24, 2010 (Wednesday) 13:00 - 16:15 For more details or to consider applying, please visit the URL below ▼ http://ec.techzone.jp/products/detail.php?product_id=1170

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

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Toughening and fatigue resistance improvement of epoxy resin and epoxy resin-based composites.

Toughening and fatigue resistance improvement of epoxy resin and epoxy resin-based composites.

Learn about the mechanisms for improving the toughness of composite materials using epoxy resin and enhancing the fatigue properties of epoxy resin!

Lecturer Professor Hajime Kishi, Department of Environmental Energy Engineering, Graduate School of Engineering, Hyogo Prefectural University (Formerly worked at Toray Industries, Inc. Composite Materials Research Laboratory) Target Audience: Company representatives interested in epoxy resins, composite materials, and CFRP Venue: Kawasaki City Educational and Cultural Center, Room 3【Kanagawa, Kawasaki City】 Access: 12-minute walk from JR or Keikyu Line Kawasaki Station Date and Time: November 30, 2011 (Wednesday) 13:00-16:30 Capacity: 30 people *Please apply early as there may be a rush of applications. Participation Fee: 【Early Bird Discount Price】46,200 yen (tax included, including text costs) for up to 2 people from one company *Limited to Tech-Zone members who apply by November 16. Membership registration is free. *After November 16, the regular price will be 49,350 yen (tax included, including text costs) for up to 2 people from one company.

  • Company：AndTech
  • Price：10,000 yen-100,000 yen
  • Technical and Reference Books

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Fundamentals and mechanisms of superabsorbent polymers, as well as technologies for imparting biodegradability and their application developments.

Fundamentals and mechanisms of superabsorbent polymers, as well as technologies for imparting biodegradability and their application developments.

High absorbent resins, primarily for hygienic purposes, are expanding in the market! With increasing demand from emerging countries, a presentation focused on materials in this field, where demand is tightening!

**Lecture Summary** Superabsorbent polymers are experiencing market expansion, particularly in hygiene applications. However, the reality is that current products are made from petroleum, and despite containing a large amount of moisture after use, many of them are incinerated. If superabsorbent polymers could be made from natural materials that are renewable resources and could also be endowed with biodegradability, it is expected that various issues could be resolved. In this lecture, I will clearly explain the characteristics and challenges of current superabsorbent polymers, as well as specific methods and significance of imparting biodegradability, and I would like to consider the future ideal state of superabsorbent polymers.

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

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Design and Practice of Transparent Flame Retardant Resins, Combustibility Testing and Evaluation Criteria, Trends in UL Standards

Design and Practice of Transparent Flame Retardant Resins, Combustibility Testing and Evaluation Criteria, Trends in UL Standards

Flame retardant technology for the most difficult transparent resins (such as acrylic and polycarbonate).

Flame-Retardant Plastics with Transparency: Tests, Underwriters Laboratories, etc. ★ An explanation of the guidelines for flame-retardant technology of transparent resins (such as acrylic and polycarbonate), which is the most challenging among polymer flame retardancy, from basics to practical applications! ☆ Examples of combustion tests for transparent resin materials (combustion tests required for LED lighting) such as UL94, UL746C, UL60950-1, etc. ★ Explanation of reliable data based on ISO/IEC17025! 【Venue】 Kawasaki City Industrial Promotion Hall, 10th Floor, Conference Room 1【Kanagawa, Kawasaki】 Date and Time July 31, 2013 (Wednesday) 13:00-16:30

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

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Stability confirmation test of the electrical property modification of composite olefin resin.

Stability confirmation test of the electrical property modification of composite olefin resin.

This is the test result confirming the stability of the electrical properties modification of composite olefin resin.

Olefin resins, which are non-polar plastics made only from carbon and hydrogen, are represented by polyethylene (PE) and polypropylene (PP), both of which are produced in large quantities as materials through addition polymerization and are utilized in various molded products that benefit our daily lives. PE is adjusted for density and undergoes post-processing stretching treatments to change its crystallinity for different applications; generally, it is soft and commonly known for low-temperature injection molded products and packaging films. In contrast, PP, with a melting point of 165°C and a density of 0.9, has high crystallinity and excellent chemical resistance, as well as toughness that allows it to withstand long-term use under conditions of over 100°C with applied pressure. A wide variety of durable products are made from it, ranging from injection molded items like large containers to extruded products such as various industrial functional films and bags, as well as hollow molded products like bottles. For more details, please contact us or refer to the catalog.

  • Static electricity eliminator

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LM Series

LM Series

Index from 1.43 to 1.415! Complementing conventional high elasticity MY-145 and others.

We would like to introduce the "LM Series" that we handle. Our lineup includes "LM-136-EA" with an elastic modulus of 17 MPa, "LM-142-NI" with 28 MPa, and "LM-144" with 21 MPa. A low elastic modulus reduces stress during thermal cycles, making it advantageous for very high-power strippers. 【Specifications (partial)】 ■LM-136-EA ・Refractive index (589nm): 1.369 ・Refractive index (950nm): 1.363 ・Curing method: UV ・Adhesive strength (g/cm): 225 ・Viscosity (CPS): 1700 *For more details, please refer to the related links or feel free to contact us.

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High Acid Value Acrylic Polymer for Adhesives '1HY'

High Acid Value Acrylic Polymer for Adhesives '1HY'

Oil-based, two-component curing (high acid value)! Introducing high acid value acrylic polymer for adhesives.

"1HY" is a high acid value acrylic polymer for adhesives. *For more details, please refer to the related link page or feel free to contact us.*

  • Other polymer materials

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Rigid urethane <Regarding thickness>

Rigid urethane <Regarding thickness>

We will introduce the necessary wall thickness for producing sound molded products!

Here is an introduction to the thickness of rigid polyurethane. Molded products made from rigid polyurethane are not as impact-resistant compared to other general-purpose plastic materials. Therefore, to produce sound molded products, a foam molding process requires an average thickness of 10mm or more, with a minimum thickness of 4mm in certain areas. In addition, for non-foamed molding, an average thickness of 6mm or more and a minimum thickness of 2mm in certain areas are necessary. 【Required Thickness】 ■ Foam Molding - Average Thickness: 10mm or more - Minimum Thickness in Certain Areas: 4mm ■ Non-Foamed Molding - Average Thickness: 6mm or more - Minimum Thickness in Certain Areas: 2mm *For more details, please download the PDF or feel free to contact us.

  • Other polymer materials

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[English Market Research Report] Global Market for Carbon Thermoplastic Resins for Automotive Applications

[English Market Research Report] Global Market for Carbon Thermoplastic Resins for Automotive Applications

"Free samples" are currently being offered! Please check the application method from the [PDF download] button, or apply directly from the related links.

The market size for automotive carbon thermoplastic resins is expected to expand at a CAGR of 13.5% during the forecast period, growing from 522 million USD in 2023 to 983 million USD by 2028. This report investigates the global automotive carbon thermoplastic resin market, summarizing trends by resin type, application, region, and profiles of companies entering the market.

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Guide to Selecting Thermoplastic Resins Available! A summary of various thermoplastic applications.

Guide to Selecting Thermoplastic Resins Available! A summary of various thermoplastic applications.

Presentation of materials for easy identification of thermoplastic resins!

Thermoplastic resin refers to polymer materials that soften when heated. The antonym of "thermoplastic resin" is "thermosetting resin." This time, we have summarized the selection points for distinguishing thermoplastic resins. [Contents] ■ Polyvinyl chloride ■ Polyethylene ■ Polypropylene ■ Polystyrene ■ EVOH ■ AS resin ■ Polyamide resin ■ Polyacetal ■ Polycaprolactone *For more details, please contact us or download the catalog.

  • plastic

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Heat-curing heat-resistant epoxy resin MS210 MS211 AMS211B

Heat-curing heat-resistant epoxy resin MS210 MS211 AMS211B

By heating and curing, high heat resistance can be obtained. There is also little curing shrinkage, and because it is an epoxy resin, the insulation properties are also good. It is a flame-retardant resin.

- High heat resistance can be achieved by heating and curing. - Additionally, it has a long usable time at room temperature, making it easy to work with. - It is designed to improve bubble release during vacuum degassing. - It is designed to minimize curing shrinkage due to heating and curing. - It has excellent flame retardancy. (Flame retardancy V-0 grade: It meets the criteria in tests based on JIS K6911 plastic flammability tests, such as the test piece having a residual flame time of less than 10 seconds after being burned for 10 seconds with a gas burner flame.) *Samples are available.

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Epoxy resin for resin mortar EX-2171 <Sample available>

Epoxy resin for resin mortar EX-2171 <Sample available>

This is a resin that can be mixed with aggregates and handled in a mortar-like state. It is designed to suppress thickening and bubbles caused by the addition of aggregates, improving fluidity.

- The characteristics of epoxy resin include good wettability, low shrinkage after curing, and mechanical strength. - Since it does not contain solvent components, lower shrinkage can be expected compared to diluted types. - It has a low viscosity, making it easy to add fillers such as silica sand, and it is designed to suppress thickening and bubbles after filler addition, ensuring good fluidity.

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  • Chemicals

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High heat-resistant adhesive epoxy resin EA-1729 <Sample available>

High heat-resistant adhesive epoxy resin EA-1729 <Sample available>

This is a heat-resistant adhesive epoxy resin. Its heat resistance is further enhanced by curing with heat. It has a high viscosity, making it less likely to drip.

- It has a high viscosity and is in a viscous liquid state, designed for good adhesion to the substrate and to minimize sagging when cured by heating. - A solid material with excellent heat resistance can be obtained. It will cure at room temperature, but heating it further improves its heat resistance. - Being an epoxy resin, it has good wetting properties and excellent adhesion. - It does not contain solvent components, designed to minimize the curing shrinkage of the solid material.

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