【實用商業app】ValvTechclopedia|最夯免費app-綠色工廠好玩App

ValvTechclopedia App is a complete guide to ValvTechnologies services, also provide the utility like temperature conversion and various other conversion table.

Founded in 1987 and headquartered in Houston, Texas, ValvTechnologies is the leading manufacturer of zero-leakage metal-seated severe service isolation valve solutions. Employing more than 500 people worldwide, our offices are located in the United Kingdom, Mainland Europe, China, Middle East, India, Australia and South America. In addition, ValvTechnologies partners with stocking distributors and independent representatives to service customers around the world. To find out more about the products and services offered or to locate a representative, visit our website at www.valv.com.

As a global leader in the design and manufacturing of severe service metal-seated ball valves, ValvTechnologies has established a worldwide reputation for superior quality and dependability with customers in power, nuclear generation, oil and gas, downstream and chemical processing, mining and minerals processing, pulp and paper, petrochemical and other specialty industries.

From standard applications to the most sophisticated, ValvTechnologies is committed to providing solutions for customers to manage their processes safely and efficiently. Our approach is based on customer satisfaction, safety, people, process and performance. By equipping highly trained people with the latest technology, ValvTechnologies has created an atmosphere where quality and reliability are built into its products from start to finish. All of ValvTechnologies’ valves are designed with customers’ requirements in mind and offer proven reliability, superior engineered performance and unique safety features. By focusing on these principles, ValvTechnologies has become an integral part of our customers’ asset management strategy.

ValvTechnologies is a committed partner in providing solutions to manage your process — saving time, money and improving overall system efficiency.