Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 14, 2026～Feb 10, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 30 items
High-precision free-form shapes can be created using simple molding technology.
Wear-resistant, hard, high strength, static electricity prevention, low shrinkage; the addition of elastomers allows for adjustment of the elasticity modulus.
A trusted brand "Kobazoru" that has been active in various product manufacturing fields for over 50 years.
"Kobazole" is the general term for the plastisol developed by our company. The first generation was a PVC paste developed in 1958, and for over 50 years, it has been used as a molding material, adhesive, and sealing material in a wide variety of fields. Subsequently, we developed vinyl chloride compounds, polyurethane compounds, and epoxy compounds that comply with UL standards and the Electrical Appliance and Material Safety Law, advancing into the field of industrial products. [Features] ■ Colorability: Infinite color patterns ■ Versatile molding patterns: Slush, dipping, molding, etc. ■ Safety: Safety standards based on UL standards, JIS standards, and the Electrical Appliance and Material Safety Law ■ Liquid compound: Easy to handle due to its liquid form ■ Variations: Heat resistance, chemical resistance, weather resistance, flexibility *For more details, please refer to the PDF materials or feel free to contact us.
Designing materials tailored to needs! We will continue to strive for further improvements in compound technology.
We would like to introduce Ishizuka Chemical Industry's "Resin Compound Function." Our company offers a selection of colors tailored to customer demands from around the world, and we perform high-precision color matching through our extensive color matching technology and the introduction of C.C.M. Furthermore, our proprietary brand "Silverlen Resin" allows us to design materials that meet customer needs based on a wide range of materials, including virgin materials, overseas materials, off-grade materials, and recycled materials. 【ICS Color Matching Technology】 ■ General Coloring ■ Masterbatch ■ Color Tumbling ■ Coating Color *For more details, please refer to the PDF document or feel free to contact us.
The strength and conductivity can be improved by utilizing CNT compound technology.
CNT (carbon nanotubes) have very high conductivity, and their application in conductive resin compounds is being advanced. CNTs exhibit conductivity with a smaller amount of addition compared to carbon black and graphite. By utilizing this, improvements in surface smoothness, low contamination, a clean appearance, enhanced recyclability, and excellent fluidity can be achieved. We provide a system for CNT composites using supercritical carbon dioxide.
Achieving high flame resistance and low smoke generation! Compliant with EN45545-2, non-combustible for railway vehicles, oxygen index 60-70.
Mitsubishi Gas Chemical Next (formerly Nippon Yupika) has developed thermosetting compounds "CP-01" and "CP-02" that achieve both high flame resistance and low smoke generation. FRP components made from this material are not only difficult to ignite but also produce minimal smoke during combustion, allowing for safer evacuation times in the event of a fire. These materials comply with domestic and international flame retardant standards and have a proven track record in the railway vehicle sector, electrical and electronic sector, and construction materials sector. *For more details, please refer to the PDF document or feel free to contact us.*
For anything related to resin compounds, come to us! We handle olefin-based resins, transparent resins, and more.
Hinode Resin Industry Co., Ltd. is a resin compound company. We handle compound processing of ABS resin, as well as olefin-based resins, transparent resins, alloy resins, engineering plastics, super engineering plastics, and various filler-containing resins, from small to medium and large quantities. Additionally, we respond to customer requests for the development of glow-in-the-dark pigments, stone-patterned resins, antibacterial resins, and other specialty design resins. 【Business Activities】 ■ Compound processing of synthetic resin raw materials ■ Sales of synthetic resin raw materials *For more details, please download the PDF or feel free to contact us.
Continuous improvement of manufacturing technology! Active challenges with new raw materials.
At ALBA Fintech, we value the importance of continuously taking on new challenges. We actively pursue new initiatives not only in processing technology but also in manufacturing technology and quality control technology, improving our system daily to deliver better products to our customers as quickly as possible. Our quality is proven by our stable supply of plastic compounds to home appliances, automobiles, and medical devices. 【Features】 ■ Achieving both high quality and small lot production ■ Equipment capable of processing various thermoplastic resins ■ Processing equipment equipped with heating functions up to 400℃ ■ Providing production efficiency (flexibility in delivery speed) and stability in quality *For more details, please refer to the related links or feel free to contact us.
Due to consistent production, low-cost orders are possible!
We accept requests and consultations for the development of recycled resin materials and compounds. We can perform mixing with a twin-screw extruder according to your desired formulation, and we can handle everything from research and development of resin materials to small and medium-scale production. Please feel free to contact us if you have any requests. 【Other Technologies】 ■ Physical property measurement ■ Mold design, manufacturing, and injection molding, etc. *For more details, please feel free to inquire.
We possess compound manufacturing technology that meets diverse demands and supports the resolution of potential issues related to polymer modification.
As a chemical manufacturer with a proven track record of handling a wide variety of raw materials, our company offers proposals that combine manufacturing technology specialized in resin compounds with polymer modification. We possess manufacturing technology capable of accommodating the mixing and pelletizing of High-Flow materials, allowing us to flexibly respond to a wide range of needs. Leveraging our long-standing formulation technology, we can accurately approach potential challenges, which is one of our strengths. 【Features】 ■ Manufacturing technology that meets various demands ■ Ability to address customer potential challenges utilizing years of formulation expertise ■ Capability for mixing and pelletizing High-Flow materials ■ Flexible customer support available *For more details, please refer to the materials. Feel free to contact us as well.
CCS technology provides materials that can minimize organic outgassing, hydrocarbons, leachable ions, and particle contamination.
What is Clean Compound Solution (CCS)? CCS technology provides materials that can minimize organic outgassing, hydrocarbons, leachable ions (such as sulfates, nitrates, chlorides, phosphates), and particle contamination. How? ✓ Strict selection of raw materials ✓ Utilization of SABIC's unique base resin ✓ Special process control for CCS compounds ✓ Dedicated packaging methods for CCS ✓ Molding processing for CCS ✓ Sampling and testing for CCS [Application examples] - Internal components of hard disks that require high cleanliness, transport trays and cases for precision electronic components, etc. For inquiries and requests for materials, please visit this site: https://sjpn1971.plabase.com/
Utilizing new technology to improve warpage and dimensional stability applicable to various base resins.
<Problem Statement> The warping and lack of dimensional stability often seen in materials containing short fiber glass. <LNP's Low Warping Technology> Utilizing a new technology to improve warping and dimensional stability that can be applied to various base resins. <Features> - Improved dimensional stability - Equivalent or superior mechanical properties - Low coefficient of thermal expansion (CTE) - Reduction of secondary processing - Sustainability proposals for PC resin and PBT resin bases For inquiries and requests for materials, please visit this site: https://sjpn1971.plabase.com/
LNP compound wear-resistant and friction-resistant solutions for automotive interior applications.
The quality required for automotive interiors includes not only the appearance of the interior but also the "feel" and "quietness." LUBRICOMP and LUBRILOY compounds contribute to the high-quality interior demands sought by drivers and passengers. 【Countermeasures for Unwanted Noise (BSR)】 The panels and trim parts that make up the interior structure of a vehicle are prone to noise generation when two parts come into contact. BSR is one of the main quality issues faced by today's automakers. One traditional method to address this is to add tape-based felt spacers to separate materials, but the complexity of the assembly process and increased costs are challenges associated with this approach. 【Internal Lubricating Resin Compounds】 By adding internal lubricants to thermoplastic materials, the coefficient of friction between two plastic parts is reduced, allowing them to slide against each other, which helps to reduce vibrations that cause noise. While traditional lubricants such as silicone and PTFE are effective, LNP's new alloying technology can also enhance damping properties. For inquiries and requests for materials, please visit here: https://sjpn1971.plabase.com/
![[Technical Report] The Influence of Resin Viscosity and Polarity on the Color Change Process of Molding Machines](https://image.mono.ipros.com/public/product/image/82a/2000444803/IPROS91600323236522381882.png?w=280&h=280)
We are introducing a technical report on the color change process!
This document presents a technical report on the "color change" process of Daicel Polymer Corporation. It experimentally demonstrates the influence of resin viscosity on the amount of resin required for "color change" between the same materials. Additionally, it discusses the differences in the required resin amounts that vary depending on the type of resin, based on experimental results. [Contents (excerpt)] ■ Introduction ■ Experimental Methods - Materials - Experiments ■ Experimental Results and Discussion - Influence of Viscosity - Influence of Resin Type *If you would like a sample, please contact us or download the sample request form and feel free to apply via fax.
![[Technical Report] A Study on the Behavior of Material Substitution during Molding Processing](https://image.mono.ipros.com/public/product/image/a4d/2000444826/IPROS56530019031004454487.png?w=280&h=280)
Applying the concept of wetness, we explain the experimental results! We are introducing a technical report.
This document presents a consideration of the behavior of material replacement during the molding process at Daicel Polymer Corporation. To achieve a more engineering-based understanding of the behavior of material replacement during plastic molding, we propose the introduction of the concept of wettability. [Contents (excerpt)] ■ Introduction ■ Experimental Methods - Materials - Purging Experiments - Mixing Experiments and Evaluation of Dispersion in Blends *If you would like a sample, please contact us or download the sample request form and feel free to apply via fax.
We accept processing of various resin compounds from small-scale trial production to mass production.
We accept small-scale pellet trials and mass production using our original screw extruder. We have a proven track record of high addition of various fillers and additives. Our company is equipped with fan cutters across all lines, allowing us to accommodate the pelletization of soft resins such as elastomers. Please contact us for more details.
Not only powders but also liquids can be blended at high concentrations! We accept small-scale prototypes.
Our company is capable of not only powder additives but also liquid additive resin compounding, and we have experience in resin compounding with both oil-based and water-based liquid additives. In addition to various functional materials such as insecticides, pest repellents, antibacterial agents, antiviral agents, and antifungal agents, we also handle additives that have fragrances, such as perfumes and essential oils. We accept everything from small-scale trials on testing machines to full-scale production, so if you have any issues with resin compounding of various additives, please feel free to contact us!
High-performance, precision compound technology. Production in small batches of 75 liters is possible. Over 20 years of experience.
A kneader that can be heated by steam was installed early on. We started with the production of compounds blended from rubber and resin. Production in small lots of 75L units is possible. Additionally, we can achieve mixing that is difficult with a typical resin kneader, the "extruder." We have now also added kneaders that can be heated with oil, expanding the types of resins that can be mixed. We ensure reliable quality production from prototyping to mass production within a short lead time. For more details, please contact us.
Experts in the development, manufacturing, sales, and analysis of resin and compound products!
Ronbic Co., Ltd. is a company that develops its business around five main areas: resin business, analysis business, business services, environmental business, and various service businesses. With a production capacity of 150,000 tons per year and a long history of production achievements, we have five factories in Japan, equipped with a variety of polymer mixing facilities ranging from polyolefins to super engineering plastics, as well as small-scale production facilities for colored masterbatches and additive masterbatches. Additionally, leveraging the high-precision analysis technology and extensive experience cultivated as part of the Mitsubishi Chemical Group, we comprehensively analyze resin-focused analytical techniques, material evaluations, and everything from development challenges to troubleshooting. 【Business Content】 ■ Resin Business (Development and manufacturing of compound products, resin sales) ■ Analysis Business (Analysis and evaluation of resins, etc.) ■ Business Services (Logistics processing, storage, transportation, management of rotating containers) ■ Environmental Business (Industrial waste disposal) ■ Various Service Businesses (Golf practice ranges, greening, housing, etc.) *For more details, please refer to our catalog or feel free to contact us.
High heat resistance! A versatile plastic blended with inorganic materials from low to high concentrations. Proven performance in various fields such as vehicles, home appliances, office automation, construction materials, and food.
TR Resin, a compound resin reinforced with filler materials developed independently by Takuroku Commercial Co., Ltd., is a thermoplastic resin. Despite being a general-purpose plastic, TR Resin possesses heat resistance close to that of engineering plastics, allowing it to be proposed for a wide range of product fields. It can be delivered within two weeks from the order date and is available for shipment starting from 25 kg. Development of grades utilizing recycled materials is also possible. 【Features】 ■ Significantly improved bending strength compared to standard polypropylene ■ Dimension stability greatly enhanced ■ Improved heat resistance ■ Excellent creep properties (resistant to deformation under long-term loads) ■ Improved flame retardancy (varies by grade) *For more details, please refer to the PDF or feel free to contact us.
Leave the coloring and resin compounds of thermoplastic resins to us.
Our company, as a compound specialty manufacturer, supplies raw materials to a wide range of fields including residential building materials, automotive, industrial materials, electronic devices, home appliances, and daily necessities. We also produce compounds of thermoplastic resins other than PVC, providing reliable products with the motto of "better," "cheaper," and "faster." Additionally, we specialize in the blending of various materials into synthetic resins with a melting point below 230°C, and we accept contract manufacturing, so please feel free to contact us if you have any requests. 【Product Line】 ■ Coloring and processing of various resins (general-purpose resins) ■ Various PVC compounds ■ Thermoplastic elastomers ■ Bioplastic compounds *For more details, please download the PDF or contact us.
LNP's commitment to sustainability
LNP's commitment to sustainability is implemented based on the philosophy of "Compound the answer" to respond to the growing demand for sustainable solutions from the industry. ◇ Renewable Compounds LNP EXL and XHT resins can be guaranteed to be second-generation renewable resources through the ISCC+ certification scheme. ◇ Mechanical Recycling/Physical Reprocessing Post-consumer recycled (PCR) waste is cleaned and melted, and then regenerated into THERMOCOMP & THERMOTUF, EXL, and PC/ABS CX compound products. ◇ Chemical Recycling/Chemical Reprocessing The ELCRIN iQ portfolio is based on Upcycled iQ PBT resin, which uses SABIC's patented technology to decompose recycled PET and convert it into polybutylene terephthalate (PBT). ◇ Sustainable Design It focuses on "recyclability" through non-halogen flame retardants and material simplification, "process efficiency" through the elimination of secondary processing and reduction of cycle times, and "durability" through improved lifetime and chemical resistance.
Published in On Drug Delivery
When connecting medical devices to a network, data transmission can be affected by radio wave interference, which may also pose potential risks to patient safety. For this reason, protecting medical devices from electromagnetic interference (EMI) allows healthcare specialists to make medical judgments without being affected by data shielding. Metals have long been used in medical device housings, but this trend towards miniaturization adds weight and volume. In a recent article published in On Drug Delivery, we introduce a new medical-grade LNP FARADEX NS003XXW compound. This item not only has electromagnetic shielding properties but also has obtained biocompatibility certification. It achieves free moldability and significant weight reduction, while also minimizing waste compared to shielding through coatings. Please see the article by SABIC's Martin Sas, Leen Pieter Deurloo, and Marnick Vaes: https://lnkd.in/eV-2yFC For inquiries and requests for materials, visit https://sjpn1971.plabase.com/
Custom color items are available.
In medical devices, the role of color and design in very important documents such as instructions and user manuals, as well as dosage indicators, is significant. By considering these factors, we can improve operations in medical settings and enhance patient care. SABIC's LNP COLORCOMP compounds offer a range of customizable color options across a wide variety of resins, including ABS, PC, PBT, PSU, and PPSU, based on SABIC's Healthcare product policy. The downloadable materials provide a detailed introduction to COLORCOMP compounds. For inquiries and to request materials, please visit this site: https://sjpn1971.plabase.com/
The use of CNT compound technology can enhance strength and conductivity.
CNT (carbon nanotubes) have very high conductivity, and their application in conductive resin compounds is being advanced. CNTs exhibit conductivity with a small amount of addition compared to carbon black and graphite. By utilizing this, we can achieve improved surface smoothness of products, low contamination, a clean appearance, enhanced recyclability, and excellent fluidity. We provide a system for CNT composites using supercritical carbon dioxide.
Achieving high flame resistance and low smoke generation! Improving the safety of railway vehicles.
Improving the safety of railway vehicles is crucial, and reducing the risk of fire is an important issue. In particular, the generation of smoke from the combustion of interior materials can delay passenger evacuation and exacerbate damage. The high flame-retardant, low-smoke resin compound "CP-02" has been developed to address these challenges and enhance the safety of railway vehicles. It is not only difficult to ignite but also suppresses the amount of smoke generated during combustion, ensuring evacuation time during a fire and minimizing damage. 【Application Scenarios】 - Interior materials of railway vehicles (such as FRP components) - Cable and wire coatings - Other railway vehicle parts requiring flame retardancy 【Benefits of Implementation】 - Suppression of fire spread during a fire - Ensuring evacuation time by reducing smoke generation - Compliance with EN45545-2 - Improved safety of railway vehicles
Achieving high flame resistance and low smoke emission! Contributing to weight reduction as well.
In the aerospace industry, there is a demand for both safety and weight reduction. Particularly in aircraft fuselage and interior materials, it is crucial to prevent the spread of fire and ensure evacuation time. At the same time, weight reduction is essential for improving fuel efficiency. Our high flame-retardant and low-smoke resin compounds "CP-01" and "CP-02" address these challenges. 【Usage Scenarios】 - Aircraft fuselage components - Interior materials - FRP components 【Benefits of Implementation】 - Fire-resistant and reduces smoke generation - Contributes to ensuring evacuation time during a fire - Contributes to improved fuel efficiency through weight reduction
Achieves high flame resistance and low smoke generation! Ideal for clean environments.
In the semiconductor manufacturing industry, it is important to minimize fire risks in clean environments. In the event of a fire, smoke generated from combustion can impact the manufacturing process and threaten the safety of workers. Our products "CP-01" and "CP-02," which achieve both high flame resistance and low smoke generation, address these challenges. 【Usage Scenarios】 - Equipment in clean rooms - Semiconductor manufacturing equipment - Other areas where smoke is a concern 【Benefits of Implementation】 - Reduces the amount of smoke generated during a fire, ensuring evacuation time - Minimizes impact on the manufacturing process - Enhances worker safety
High flame retardancy and low smoke-emitting resin compound.
In the maritime industry, high fire resistance is required to ensure safety in the event of a fire. In particular, fires on board can make it difficult for crew members to evacuate and can lead to significant material damage. Therefore, it is important to use materials that are difficult to ignite and produce minimal smoke during combustion. Our high flame-retardant and low-smoke resin compounds "CP-01" and "CP-02" address these challenges. 【Application Scenarios】 - Interior materials for ships - FRP components - Cables 【Benefits of Implementation】 - Ensuring evacuation time during a fire - Improved safety - Compliance with EN45545-2
Achieves high flame resistance and low smoke emission! Ideal for battery protection.
In the electric vehicle industry, ensuring battery safety is the top priority. To reduce the risk of fire due to thermal runaway, materials with high flame retardancy are required. Additionally, it is important to minimize smoke generation and secure evacuation time in the event of a fire. Our high flame-retardant, low-smoke resin compounds "CP-01" and "CP-02" address these challenges. 【Application Scenarios】 - Battery cases for electric vehicles - Battery modules - Other battery-related components 【Benefits of Implementation】 - Suppression of fire spread during a fire - Securing evacuation time by reducing smoke generation - Improved safety in accordance with EN45545-2 standards
Achieving high flame resistance and low smoke generation! Contributing to equipment protection.
In power plant facilities, it is important to minimize the risk of fire and ensure the safety of the equipment. Particularly in areas with many combustible materials, such as electrical systems and cables, the use of highly flame-retardant materials is essential. Reducing the amount of smoke generated during a fire is also crucial for securing evacuation routes and minimizing damage to equipment. The high flame-retardant, low-smoke resin compounds "CP-01" and "CP-02" address these challenges and contribute to the protection of power plant equipment. 【Usage Scenarios】 - Cable trays - Distribution boards - Control panels - Other electrical equipment 【Benefits of Implementation】 - Suppression of fire spread during a fire - Reduction of smoke generation, ensuring evacuation routes - Mitigation of equipment damage - Improvement of long-term equipment safety
