CRANE ChemPharma Flow Solutions Krombach® Metal Seated Ball Valve
CRANE ChemPharma Flow Solutions presents its Krombach® Metal Seated Ball Valve (MSBV), a product line whose design and production are the culmination of over 25 years of development and manufacturing experience.
#ball-butterfly-plug #materials
Share
Designed for specialty chemical processing, mining, food & fragrance, slurry and pharmaceutical applications, the Krombach MSBV features a two-piece design with a flange connection. Its ball and seat are machined to such precise tolerances that ball and seat lapping does not have to be performed individually for each valve—making both the ball and seat freely interchangeable (if equal in nominal size).
The trunnion-mounted ball design of this valve offers a polygon stem-to-ball connection which reduces stress and ensures optimal torque transmission. An additional feature of the Krombach MSBV is its self-cleaning system, which removes excess particles, minimizes leakage and extends product life. Other key options include a fire-safe design body gasket and removable hand lever.
CRANE ChemPharma Flow Solutions designs and manufactures a variety of high-performance products for fluid handling applications worldwide.
RELATED CONTENT
-
Cobalt-based Alloy 6 Materials and Boiler Feedwater Service
Q: I’ve heard that cobalt-base Alloy 6 materials should not be used in boiler feedwater service.
-
PFAS Chemicals and PTFE: Should the Valve Industry Be Concerned?
Legislation moving through Congress could affect the future use of thousands of PFAS chemicals (per- and polyfluoroalkyl). The house passed H.R. 2467 in July of 2021 and, though the bill is general in nature, it assigns the responsibility to the Environmental Protection Agency (EPA) for determining which PFAS chemicals will be controlled or banned altogether.
-
Hardfacing for Valves: Materials and Processes
Valve internals, such as seats and closures, are often at risk of erosion, abrasion, corrosion, galling and damage from cavitation.
 Unloading large gate valve.jpg;maxWidth=214)
