スターライト工業 Company Overview

Starlight Industries has launched a dedicated website for the polyurea resin coating solution BARIAS. ▼ New site URL: https://barias-coating-solutions.com/ BARIAS is a polyurea resin coating solution that provides various properties such as impact resistance, rust prevention, chemical resistance, waterproofing, flame retardancy, and abrasion resistance, enabling it to withstand harsh usage environments for various materials and structures. It can flexibly adapt to any substrate and contributes to solving many challenges such as weight reduction, extended lifespan, labor saving, and improved safety. Additionally, BARIAS will be exhibited at the following trade show held in July. This will be a valuable opportunity to see the actual product, so please stop by the venue. ■ Trade Show Information Maintenance & Resilience TOKYO 2025 Date: July 23 (Wed) - 25 (Fri), 2025, 10:00 - 17:00 Venue: Tokyo Big Sight (East Exhibition Hall) Booth Number: 5-V01 Coating that not only “paints” but also “creates” — BARIAS Leave everything from design to testing and manufacturing to Starlight Industries.

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.

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.