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【新サイトOPEN】ポリウレア樹脂 コーティングソリューションBARIASのご紹介|展示会出展も決定!
スターライト工業では、ポリウレア樹脂コーティングソリューションBARIAS(バリアス) の専用Webサイトを公開いたしました。 ▼新サイトURL : https://barias-coating-solutions.com/ BARIASは、各種資材・構造物に対し、耐衝撃性・防錆・耐薬品性・防水性・難燃性・耐摩耗性など、過酷な使用環境に耐えるさまざまな性能を付与するポリウレア樹脂コーティングソリュ…
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We exhibited the BARIAS-A9 high-durability piping with internal polyurea coating at the 27th Monozukuri World Osaka Factory Equipment and Supplies Exhibition.
We exhibited at the "27th Monozukuri World Osaka," held at Intex Osaka from October 2 (Wednesday) to October 4 (Friday). Thank you very much to everyone who visited us over the three days. Focusing on the "BARIASⓇ-A9 High Durability Piping (Internal Polyurea Coating)," which contributes to reducing maintenance work hours by improving the wear resistance and longevity of metal piping, we showcased our achievements in polyurea coating. 【Exhibited Product Details】 "Towards the Longevity of Equipment. Starlight's BARIASⓇ Coating." ■ High Durability Piping (Internal Coating) Introduction of piping internal coating technology using polyurea resin. ■ BARIASⓇ Coating Exhibition of coating samples and introduction of coating achievements.
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An article presenting the results of joint research with Kinki University was published in the April 2024 issue of "Monthly Tribology."
We are conducting joint research with Kinki University on "static pressure gas bearings (non-contact bearings)" that use "air" as a lubricating fluid, which can be used even in clean environments compared to oil. Static pressure gas bearings can support rotating shafts non-contact by supplying compressed air from the outside, thereby reducing the generation of wear particles from manufacturing machinery's rotating shafts and bearings. In this study, we developed a method to analyze flow rates and the restoring force of the shaft through CAE analysis by rotating the shaft using two types of bearings: axial type (jointly developed / made of resin) and circumferential type (conventional) slot throttling static pressure gas bearings. The developed CAE analysis method enables a significant reduction in the number of experiments needed to understand the phenomena of static pressure gas bearings during shaft rotation. We aim to apply the results of this research to the practical design of static pressure gas bearings, contributing to the enhancement of cleanliness and longevity of manufacturing machinery, such as food production lines, thereby reducing maintenance burdens.
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I would like to express my heartfelt condolences to everyone affected by the Noto Peninsula earthquake in the 6th year of Reiwa.
I would like to express my heartfelt sympathy to all those affected by the Noto Peninsula earthquake in Ishikawa Prefecture, which was the epicenter of the earthquake in Reiwa Year 6. I sincerely pray for the safety of the people in the disaster-stricken areas and for a swift recovery and reconstruction. I also extend my deep respect to those who are working hard in rescue efforts and support in the affected areas, and I will continue to work on providing support for the safety and security of the people in the disaster-stricken areas.
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A technical report article has been published in the journal "Molding and Processing."
An article reporting on "Orientation Observation and Fracture Location Prediction of PPS/CF Injection Molding Test Specimens" has been published in the journal of the Society of Plastic Processing, "Molding Processing Volume 35 (2023) Issue 8."
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We have launched a landing page for the resin reduction gear.
We have launched a landing page for our resin reduction gear. If you have any interest or curiosity about our resin reduction gear after viewing Ipros, please take a look at that as well.
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We presented research results on 'static pressure gas bearings (non-contact bearings)' in collaboration with Kinki University at the '2023 Annual Conference of the Japan Society of Mechanical Engineers.'
Even in a clean environment, "static pressure gas bearings (non-contact bearings)" that use "air" as a lubricating fluid can support a rotating shaft non-contact by supplying compressed air from the outside, thus reducing the generation of wear particles from the rotating shaft and bearings of machinery. 1. Evaluation of dynamic characteristics of axial slot restrictor static pressure gas bearings (jointly developed product / made of resin) Using two types of bearings, axial and circumferential slot restrictor static pressure gas bearings (conventional products), the load capacity was measured while the test shaft was rotating, and the influence of shaft rotation on load capacity was investigated. As a result, the axial type (developed product) exhibited a larger load capacity than the circumferential type (conventional product) and was able to suppress shaft runout during rotation. 2. Measurement of axial surface pressure distribution of axial slot restrictor static pressure gas bearings (jointly developed product / made of resin) An investigation was conducted on the influence of shaft eccentricity on the pressure distribution on the surface of the shaft in axial slot restrictor static pressure gas bearings. The results showed that the experimental values and CAE analysis values were almost consistent, confirming that the accuracy of CAE analysis was sufficiently secured. We will utilize this for practical static pressure gas bearing design, contributing to higher cleanliness and longer lifespan of manufacturing machinery, such as in food production lines, thereby reducing maintenance burdens.
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We made our first exhibition by equipping a resin reducer on a collaborative robot at "Japan Robot Week 2022."
A trade show specializing in the introduction of robots, including service robots, collaborative robots, and system integrators, was held at "Japan Robot Week 2022," where we showcased our original material "S-Bear" with the resin reduction gear "S-Bear DD4830" for the first time. With the cooperation of Keigan Co., Ltd., we mounted the S-Bear DD4830 on a collaborative robot for the first time, attracting numerous visitors from major manufacturers to venture companies. ◆ What is the resin reduction gear "S-Bear DD4830"? - Compact and flat design that provides high torque - Smooth rotation without lubrication - Lighter than metal reduction gears, both in terms of the product itself and back-drive torque - Usable underwater - Can estimate joint torque and end-effector force from motor power even in underwater environments ◆ Excerpts from visitor feedback - The lightweight design of the reduction gear positively impacts the robot's payload capacity - The ability to use it in harsh environments like underwater can lead to business opportunities We will continue to explore new applications and work on improving the performance of our reduction gears. For more information about the resin reduction gear "S-Bear DD4830" and "S-Bear," please download from the related catalog.
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Announcement of the Renewal of the e-Met Product Site
As May has arrived, the temperature has gradually begun to rise. How about the heat stroke prevention system "e-Met" for this year's heat stroke measures? We have renewed our product site and enriched it with helpful content, so please feel free to stop by.
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Test sales of resin-made reduction gears for robot parts.
The web magazine specialized in industrial robots, robot digest, has featured a resin-based reduction gear. Excerpt from the news: We have experimentally launched the "S-Bear DD," a planetary gear reducer that uses resin for gears and mechanical components, aimed at our research and development partners. It is characterized by being lightweight, rust-resistant, and not requiring lubricants or seals, compared to existing metal products. In the future, we aim to enhance its completeness through trial sales with our partners and target general sales. Ultimately, we aim for it to be adopted as a component for industrial robots. It is designed to be the same size as commercially available reducers, allowing partners to easily replace it and evaluate its performance... For more details, you can download the news or view it on the robotDigest web magazine.
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Report on Participation in the 10th Plastic Japan - High-Performance Materials Week 2021 - and Thank You for Your Visit
At the 10th Plastic Japan - High-Performance Materials Week 2021, we presented proposals on the theme of "Realizing High Functionality and Sustainability through Plastic Technology," focusing on three areas: "Biomass Plastics," "Energy Loss Reduction," and "Waste Reduction." We sincerely thank everyone who visited us. If you have any inquiries regarding the products we exhibited or if there is anything else we can assist you with, please feel free to contact us. Exhibited Products: 1) Carbon Offset with Biomass Base - "High Braking BAKES Biomass Development Material" for large equipment brakes - "Biomass S-BEAR Friction Material and Bearings" for next-generation mobility 2) Reducing Energy Loss - "Low Thermal Expansion Seal and PTFE Sealing Material" for gas power generation and LNG bases/ships - "High Durability PEEK-based S-BEAR Gears and Bearings" for next-generation mobility - "Non-Contact Bearings/Air Seals S-BEAR" for food and pharmaceutical manufacturing equipment 3) Waste Reduction through Longevity - "Heat-Resistant, Wear-Resistant, Scratch-Resistant Mat BAKES-TT" for aluminum and ceramics production equipment
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Report on Participation in the Green Cross Exhibition 2021 - Fair for Creating Safety for Workers - and Thank You for Attending
Thank you very much for visiting the "Green Cross Exhibition 2021 - Fair for Creating Safety for Workers," both offline and online. With the desire to "eliminate heatstroke in hot work environments," we will continue to develop products and services that can help with heat prevention and will keep proposing solutions to everyone working in hot conditions. Please feel free to contact us if there is anything we can assist you with, including the products exhibited this time. For details on the products displayed at the venue, please refer to the "Related Products" section below.
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Notice of Participation in the 10th Plastic Japan - High-Performance Materials Week 2021
We will be exhibiting under the theme "Realizing High Functionality and Sustainability through Plastic Technology." We look forward to your visit. "10th Plastic Japan - High-Functionality Materials Week 2021" Date: December 8 (Wed) - 10 (Fri), 2021 Venue: Makuhari Messe Booth Number: 38-43 [Exhibited Products] (1) Carbon offset with biomass plastic base - "High braking BAKES biomass development material" for large equipment brakes - "Biomass S-BEAR friction material and bearings" for robots/actuators (2) Reducing energy loss - "Low thermal expansion seal and sealing materials PTFE" for gas power and LNG bases/ships - "High durability PEEK-based S-BEAR gears and bearings" for next-generation mobility - "Non-contact bearings/air seals S-BEAR" for food and pharmaceutical manufacturing equipment (3) Waste reduction through extended lifespan - "Heat-resistant, wear-resistant, scratch-resistant mat BAKES-TT" for aluminum and ceramics production equipment For detailed information about the exhibited products, please refer to the link for the "e-invitation with product information" below.
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"Green Cross Exhibition 2021" is currently being held online! (10/27 - 11/30)
We are exhibiting at the online exhibition "Green Cross Exhibition 2021 - Fair for Creating Peace of Mind for Workers." If you couldn't attend the event in person, please take a look online. Online Event "Green Cross Exhibition 2021 - Fair for Creating Peace of Mind for Workers" Dates: October 27, 2021 (Wednesday) to November 30, 2021 (Tuesday) Please view it through the "Related Links" below. 【Exhibited Products】 - e-Met: Launching the latest model of e-Met that visualizes individual risks of heatstroke - Heat prevention helmets - Cooling towels For details on the exhibited products, please see the "Related Products" below.
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Green Cross Exhibition 2021 - Fair for Creating Safety for Workers - Exhibition Information
We will be exhibiting at the "Green Cross Exhibition 2021 - Fair for Creating Safety for Workers." We will release the latest model of e-mets that visualizes individual risks of heat stroke. We look forward to your visit. "Green Cross Exhibition 2021 - Fair for Creating Safety for Workers" Dates: October 27 (Wednesday) - 29 (Friday), 2021 Venue: Tokyo International Forum, Hall E, Lobby Gallery Booth Number: AF-19 [Exhibited Products] - e-mets - Heat prevention helmets - Cool towels For details on the exhibited products, please see the "Related Products" below.
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Invitation to Exhibit at the International Frontier Industry Messe 2021
We will be exhibiting under the theme "STARLITE, contributing to functional enhancement and environmental improvement with high-performance resin materials and technologies." We look forward to your visit. "International Frontier Industry Messe 2021" Dates: September 2 (Thursday) and 3 (Friday), 2021, 10:00 AM - 5:00 PM Venue: Kobe International Exhibition Hall, Halls 1 and 2 (Kobe Port Island) Booth Number: A-05 [Exhibited Products] (1) Proposals for Next-Generation Energy - Hydrogen and CO2 resistant compressor ring "ALP Seal" - Ammonia-resistant resin bearing "BAKES" - Resin bearing for marine power generation "BAKES" - Low thermal expansion ALP for ultra-low temperature environments (2) Proposals for Work Improvement - High-performance coating "BARIAS" that suppresses corrosion and wear, enhancing durability - Non-stick plate "ALPCOMBI" boasting over ten times the durability of fluorine coatings <Application Proposals> 1. Prevention of adhesion in silos/hoppers/shooters 2. Reduction of cleaning labor and extension of lifespan for pipes/ducts For more details on the exhibited products, please refer to the "Related Products" section below.
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Invitation to Exhibit at the 2nd Kansai Heat Wave Countermeasures Exhibition
We will exhibit under the theme 'Starlight fully supports safety and security at the site.' We will release the latest model of e-MET, which visualizes individual risks of heatstroke. We look forward to your visit. '2nd Kansai Heat Countermeasure Exhibition' Dates: July 14 (Wed) - 16 (Fri), 2021, 10:00 - 17:00 Venue: Intex Osaka, Hall 6 Booth Number: 6B-U24 [Exhibited Products] - e-MET - Heat Countermeasure Helmet For details on the exhibited products, please see the 'Related Products' below.
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Notice of Participation in the 7th Extreme Heat Countermeasures Exhibition in Tokyo
We will exhibit under the theme 'Starlight fully supports safety and security at the site.' We will release the latest model of e-Met, which visualizes individual risks of heatstroke. We look forward to your visit. '7th Heat Wave Countermeasure Exhibition in Tokyo' Dates: June 23 (Wed) - 25 (Fri), 2021, 10:00 - 17:00 Venue: Tokyo Big Sight, Aomi Exhibition Hall Booth Number: AH-01 [Exhibited Products] - e-Met - Cool Towels - Heat-Resistant Helmets - Quick Rest Rooms For details on the exhibited products, please see the 'Related Products' below.
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Invitation to Exhibit at the 3rd Kyushu Heat Countermeasures Exhibition and Agri-Innovation Exhibition
We will be exhibiting under the theme "Starlight fully supports safety and security at the site." We will release the e-Met, which visualizes individual risks of heatstroke, and the latest model of YOKEMOT, a wildlife-friendly intrusion prevention measure that is gaining attention. We look forward to your visit. "3rd Kyushu Heat Countermeasure Exhibition" Date: June 16 (Wed) - 17 (Thu), 2021, 9:30 AM - 4:30 PM Venue: Marine Messe Fukuoka, Hall A Booth Number: M-22 [Exhibited Products] - e-Met - Cool Towels - Heat Shield Helmets - Quick Rest Rooms - Wildlife Prevention Device "YOKEMOT" For details on the exhibited products, please see the "Related Products" below.
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Announcement of the Establishment of the "Heat Stress Research Institute"
This is a site that provides information about heatstroke that everyone wants to know, from the "Heatstroke Countermeasure Research Institute," which investigates and researches prevention methods and measures to eliminate heatstroke-related occupational accidents. ======================================== Published Content - Understanding Heatstroke - Preventing Heatstroke - Heatstroke and Occupational Accidents ========================================
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A new product introduction article has been published in the Cement Newspaper. Reducing material adhesion to the inner walls of cement silos! Mitigating dangerous chipping work with 'ALPCOMBI-F'.
<Summary of the article> A non-stick plate called "ALPCOMBI-F" has been developed, which features a fluororesin sheet specially bonded to a metal plate. This contributes to reducing maintenance for powder silos, such as those used for cement. In cement factories and SSH silos, when cement adheres to the inlet, inner surface, or bottom, it is typically knocked off from the outside with a wooden mallet. However, during regular maintenance, dangerous tasks such as chiseling by hand become necessary. Since powder does not enter the back of the plate, there is no risk of it falling off. It lasts longer than coatings. Last year, two cement silos at the Denka Ome factory were ordered, and the construction was completed in July and August. *For more detailed information about the product, please download the catalog from the product page or feel free to contact us.
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Invitation to Exhibit at the Nano Cellulose Exhibition in TAPPI Nano 2019
Starlight is advancing product development using cellulose nanofibers (CNF), and we will be exhibiting at the 'Nanocellulose Exhibition in TAPPI Nano 2019,' which integrates an exhibition into the world's largest international conference in the field of nanocellulose. We will introduce application examples of high functionality using Starlight's original CNF/water-based resin composite, 'Celrostar(R).' We sincerely look forward to your visit. <Exhibition Overview> Date: June 4 (Tuesday) and June 5 (Wednesday), 2019 Opening Hours: 10:00 AM to 4:00 PM (until 3:30 PM on the last day) Venue: Makuhari Messe International Conference Hall, 2nd Floor Convention Hall A Organizer: National Institute of Advanced Industrial Science and Technology Nanocellulose Forum
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[Media Coverage] The flame-retardant cone has been featured in the "Environmental Newspaper."
An article about "flame-retardant cones" has been published. Published in "Environmental News" on March 13, 2019 http://www.kankyo-news.co.jp/ps/qn/guest/news/showback.cgi?CCODE=83 *For more details, please contact us or download the catalog.