High-Quality Stainless Steel Screw-In Ball Valve
High-quality stainless steel threaded ball valve SCS13/SCS14
■Manufactured by Miyoshi Valve Co., Ltd., which is part of the Kitz Group. ■The quality is top-notch.
basic information
※Product Specifications※ ■Manufacturing Diameter: 8A to 50A ■Rating: Class 600 ■Material: SCS13/SCS14 ■De-greased and cleaned products can also be manufactured at Ishiguro Laboratory.
Price range
P1
Delivery Time
P1
Model number/Brand name
Ishiguro Corporation PB Product "iValue"
Applications/Examples of results
Due to being made of stainless steel, it is ideal for piping that is resistant to corrosive fluids and rust.
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Distributors
Ishiguro Co., Ltd. is a comprehensive piping materials trading company with a history of 80 years. Piping materials rarely catch the eye in everyday life, but Ishiguro has supported the supply chain of piping materials that allow people to live comfortably in various buildings, including large-scale plants, factory piping, air conditioning and sanitary facilities in skyscrapers and landmark buildings across the country, as well as in residential and non-residential structures. We purchase products such as valves, pipes, and fittings from over 600 suppliers both domestically and internationally, with a product lineup exceeding 400,000 items and a stock system of over 20,000 items in warehouses nationwide. Ishiguro Co., Ltd. is committed to connecting and supporting industries and people's lives by providing piping materials such as valves, pipes, and fittings. As a leading company in the piping materials industry, we will continue to take on new challenges and respond to the diversifying needs of our customers. As part of our new business initiatives, we handle antiviral and antibacterial coatings called "Health Bright" and heat-insulating plus radiative cooling paint called "RadiCool." We provide a safe and secure space free from the fear of infectious diseases in daily life and contribute to heatstroke prevention and improvement of working environments through radiative cooling technology.
