split mechanical seal

Split seals are a problem solver. Using Split seals on large mixers and agitators greatly reduces the cost of mechanical seal replacement. Less Labor, lost production and downtime are significant reasons to use them. Split Seals are often used on mixers, agitators and large volume, large shafted pumps. Split seals have the advantage of being

A split mechanical seal can be installed and replaced without disassembling equipment, making it an ideal choice for applications where it’s too difficult or time consuming to disassemble the pump. ISOS, Inflatable Shut off Seal,

A split seal comes in two separate pieces. Unlike ordinary cartridge mechanical seals, these two pieces can be installed or removed from around 

Chesterton was the first company to offer commercially-viable split seals for plant-wide use, which revolutionized pump sealing across industries. Since that time, we've launched a number of innovative split seal designs now used as a standard by companies around the globe. We offer shaft diameters ranging from 25-914 mm (1-36 in.)

Split Seals, If your facility utilizes large pumps and rotating equipment and the reliability and efficiency of your plant, performance are top of mind, split seals are the answer. John Crane

Split Seal is a unique design with minimum components for assembling the seal and allow user to install the seal in minimum time. The multi spring design keep 

Split seals have components which split into two halves—​eliminating the need for costly equipment tear-down when replacing the seal; and saving hours of costly 

442 & 442C Split Mechanical Seals. The Chesterton 442C™ Cartridge Split Mechanical Seal is the latest innovation in split seal technology, 

Split Seals Type 3740 Type 3740 Advanced Design, Wet-running Cartridge O-ring Split Seal The Type 3740 mechanical seal family, are split seals that use the latest modular split seal technology from John Crane. This combines the unique design requirements for wet-running and dry-running services onto one common seal platform.

The stuffing box face must be flat and smooth enough to seal the gland. Surface roughness should be 3,2 microns (125 microinch) Ra maximum for gaskets and 0,8 micron (32 microinch) Ra for O-Rings. Steps between halves of split case pumps should be machined flat. Make sure the stuffing box is clean and clear along it's entire length.

Today, with years of proven performance, Chesterton split seals are used in more types of equipment, sealing more types of process materials. SIDE ENTRY MIXERS.