Flowseal
Not every valve application is routine. In oil and gas pipelines, petrochemical reactors, power plant auxiliary systems, and high-pressure process headers, a standard resilient-seated butterfly valve is simply not adequate. The temperatures are too high for elastomeric seats. The pressures exceed the rating of general-service bodies. The fluids are corrosive, abrasive, or otherwise destructive to rubber or polymer seat materials. These are the applications that define the high-performance butterfly valve category — and Flowseal is the Crane ChemPharma & Energy brand purpose-built for exactly these conditions.
ABOUT FLOWSEAL
Not every valve application is routine. In oil and gas pipelines, petrochemical reactors, power plant auxiliary systems, and high-pressure process headers, a standard resilient-seated butterfly valve is simply not adequate. The temperatures are too high for elastomeric seats. The pressures exceed the rating of general-service bodies. The fluids are corrosive, abrasive, or otherwise destructive to rubber or polymer seat materials. These are the applications that define the high-performance butterfly valve category — and Flowseal is the Crane ChemPharma & Energy brand purpose-built for exactly these conditions.
Products
Crane FLOWSEAL High-Performance Butterfly Valves - Series HP/ANSI & HP/DIN
Crane FLOWSEAL high-performance butterfly valves for industrial process control. Double eccentric design, fire-safe options. Available at PC Engineering
Flowseal High Performance Butterfly Valves – Crane – ASME Class 150/300/600
Flowseal high performance butterfly valves by Crane. Sizes 2"-48", ASME Class 150-600. Ideal for process industries. Available at PC Engineering India.
PRODUCT CATEGORIES PCE SUPPLIES
High-Performance Butterfly Valves
Soft-Seated Designs
Metal-Seated Designs
Fire-Safe / Fire-Flow configurations where applicable
APPLICATIONS
WHY SOURCE THROUGH PCE
More than the product. The right product, correctly selected.
Application assessment — Our team reviews duty conditions, fluid properties, and site constraints before specifying any product.
Engineering documentation — Datasheets, test certificates, and inspection reports prepared to your procurement and regulatory requirements.
Principal coordination — Direct liaison with manufacturer engineering teams for non-standard or critical applications.
Supply follow-through — Lead time, quality, and documentation managed through to commissioning support.
Find the losses before you invest in new equipment.
Steam and pump system walkthroughs that identify inefficiencies, energy losses and improvement priorities before any new product is specified.