Company profile

Cpland Govani Company was founded in 1947. It was pioneered by Lee Kopp, a pioneer in the anti-wear and anti-corrosion coating industry, and Mr. George Givini. It was the first company to use hot spray coating technology to serve various adverse conditions. From providing spray hardening technology for drilling equipment, compressors, pumps, steam turbines, aircraft and valve parts to providing professional valve maintenance solutions for users under adverse conditions, since 1947 Cpland Govani has provided perfect solutions with its experience and continuous technological innovation, and later by Mr. Cpland respectively. In the Vertical Ball Valve Factory, Mr. Govani set up a workshop for gate valves, globe valves and check valves. The two factories process different types of valves, which can better control product quality and after-sales. Thousands of customers who often have business contacts can verify this. In August 2017, due to the internal integration of the group, Govani Company withdrew its shares and established a separate company, no longer a subsidiary of Cplan. After independence, the name is Govani Industries, Inc.

 

 

All Govani products are supplied from factories located near Houston Waterway, Texas, USA. The factory covers an area of 1.55 acres. Valves are manufactured locally in the United States. The factory has 30,000 square feet of perfect hardening coating equipment and repair tools to meet the company's internal quality control requirements. In Govani factory, the design, processing, coating hardening and valve assembly of the valves are completed by different departments of Govani two factories respectively. The advanced equipment technologies such as robotic processing equipment produced by ABB company, HVOF spraying service, CNC processing equipment, Taber wear resistance experiment, micro-hardness (Vickers) ASTM E384 and so on are adopted to ensure the valves'design, processing, hardening and assembling. Guarantee the quality of valve production. Perfect management mechanism to provid.