ผู้ใช้:InSThai/กระบะทราย

Innovation nanomaterials & Strategy

InS Thai is a private laboratory of Research & Development and analysis services,promoted by the BOI, and specialized in 3 areas of complementary expertise.
3 kinds of intervention
• Troubleshooting
• Product development
• “A la carte” physico-chemicals analysis
in these following technical fields

1. Sciences of Material and Surface (mechanical, structural analysis and coating surfaces)
2. Chemistry (characterization, analysis, formulation, corrosion, adhesion)
3. Tribology (wear, friction, lubrication)

The particularity of InS is to propose a resolutely realistic innovation-oriented industrial solutions to short and long term.Its multidisciplinary team of top researchers
(31 scientists including 15 PhD), equipment performance and pilot production will meet the concerns of industrial market to all problems of friction, wear and lubrication.

Our Know-how :	Areas of applications :	Products or Services - Realizations examples:
• Development and recommendation of new materials or products • Study, design processes and benchmarking • Troubleshooting • Support and participation in macro or micro R&D projects • Help with innovative design, participation in your development through innovation • Modeling and experimental correlative approach, etc.	• Metallurgy • Material processing (glass, plastic, metal) • Lubrication solutions to industries (oils, greases, surface coating & treatment) • OEM (mechanical components, transmissions, bearings) • Transport (aerospace, automotive, aeronautical) • Energy (Renewable energy, fossil, nuclear) • High Tech (horlogery, optics, microelectronic, nanomaterials) • Health (cosmetology, biomedical, food)	• Analysis of casted plastic parts defects • Analysis of deposits on automotive parts warranty return • Benchmarking of extreme pressure, antiwear properties of lubricants • Analysis of a pollution appearing during storage on rubber parts • Optimizing an ultrasonic cleaning process • Development of an high temperature self-lubricating coating • Identification of small size particles contaminating a cosmetic RM product and identification of its origin • Reverse engineering of an additive • Design specific lubricants from a specification. • Measure the coefficient of friction of an alloy in a phase of deformation at high temperature. • Study of the wear of mechanical components in contact within a mechanism. • Broadening the range of use of material temperature (200 °c) by changing the lubricant and developing the optimum formulation, etc.