Welcome to SVJ Tech Solutions! Sunil Joshi is the founder of SVJ Tech Solutions, a consulting firm dedicated to providing expert guidance in varnish and resin impregnation. With over 32 years of experience in the chemical industry, he possesses the knowledge and skills necessary to help businesses effectively navigate their challenges and seize new opportunities.
Holding a B.Sc. in Chemistry from Pune University and an MBA from Symbiosis College, Pune, he is well-equipped to blend academic knowledge with practical experience. Sunil strives to be a trusted partner, helping clients achieve their goals with integrity, innovation, and expertise.
Beginning his professional journey at ELANTAS Beck India in Pune, Sunil has served as headed the Technical Services for wire enamels, impregnating materials, casting and potting compounds, and adhesives. Over the years, he has conducted more than 100 process audits for executives and OEMs (Original Equipment Manufacturers), enhancing operational efficiencies and ensuring compliance across various organizations.
Meet our founder, Sunil who has worked closely with clients to provide specialized services aimed at improving operational efficiency and product quality, to some of the renowned companies such as:
His commitment to customer support and business development is evident in his proactive approach to fostering relationships with clients. As a core member of key account management, he is dedicated to understanding client needs and delivering tailored solutions that drive growth and efficiency.
Thank you for visiting this page! Sunil looks forward to the opportunity to collaborate and help your business thrive.
We assist businesses in establishing laboratories tailored for critical testing and quality assurance processes, ensuring compliance with industry standards and supporting robust product development.
Impregnation in motors and coils is needed to enhance insulation, prevent moisture ingress, and improve thermal conductivity.
It is a process used to ensure complete saturation of insulating materials with resin under vacuum and pressure, enhancing durability and electrical performance.
It is a method where resin is applied in a controlled thin stream onto rotating, preheated components to achieve effective, localized saturation and improved insulating properties without excessive waste.
Dip impregnation involves submerging components in resin to achieve saturation; hot dip impregnation involves heating the resin to improve fluidity for better penetration into voids and cracks.