Useful for contract analysis and contract testing! MSE testing equipment

Palmeso Co., Ltd. will exhibit at N Plus, which will be held at Tokyo Big Sight Aomi Exhibition Hall from September 11 (Wednesday) to 13 (Friday), 2019. The MSE testing device realizes the visualization of material strength with a continuous distribution from the surface to the interior. It contributes to the precise quantification of material strength values that have not been measurable until now, including resin, coatings, ceramics, rubber, and metals. We sincerely look forward to your visit. [Exhibited Products] ■ MSE Testing Device ■ Polishing Device PERET

Palmeso Co., Ltd. will be exhibiting at the 2019 Nagoya Automotive Technology Exhibition. 【Exhibition Information】 Material surface strength measurement "MSE Testing Device" This new material testing method can precisely visualize the distribution of material strength in depth. We invite you to come and see it. We will be available for consultations on detailed technical explanations and how specific issues can be resolved at the venue. Additionally, we will be showcasing the sample pre-treatment device PERET in a special exhibition. Booth Number: 40 (Hall 2) 【Workshop Information】 July 19 (Friday) 16:20 - 16:50 "Precise Visualization and Diagnosis of Material Durability and Degradation" ~ Introduction of case studies on thin film coating, painting, and material surfaces ~

We will be exhibiting at the High-Performance Coatings Exhibition. Date: December 5 (Tuesday) to December 7 (Friday), 2018 Venue: Makuhari Messe Booth Number: 44-9 (Hall 8) 【Highlights】 1. "Verification of Differences in Automotive Coating Processes" We revealed the mechanical properties of coatings due to differences in processes and compared their performance. We will showcase a case where the WET-ON-WET process not only achieved high speed and low energy consumption but also improved coating quality, based on a continuous strength distribution from the surface to the depth of the coating. 2. "Surface Investigation of GFRP Molding Strength Metrics" We investigated the strength distribution from the surface to the depth of a board made of GFRP, which is a mixture of nylon resin and glass fiber filler, using injection molding. We will present a case that illustrates the strength of the skin layer composed solely of resin at the extreme surface and the characteristics of the fillers present inside. We will respond to inquiries with testing examples of various materials such as thin films, coatings, resins, coatings, rubber, surface treatments, metals, and ceramics. The innovation represented by the "MSE Map," which simply visualizes the dual nature of material properties such as hardness and brittleness, is a must-see.