With operations in six continents, AESSEAL® is the world’s 4th largest supplier of mechanical seals, achieving growth through exceptional customer service and innovative products that provide real customer benefits.
For every seal developed by AESSEAL®, we use state-of-the-art computational facilities and numerical tools to design and optimize seal performance prior to manufacture and testing.
These tools include Predictive Software Code developed in-house, Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD). Our numerical tools are used for seal design, performance optimization, special product application and troubleshooting.
In combination with an extensive test program the result is world-leading technology that keeps your equipment running longer.
Bearing Protection – Plumber/Pillow Block
The LabTecta-PB™ utilizes a unique two-piece stator design that provides a self-aligning joint that allows the seal to align both to the bearing block and to the shaft.
Bearing Protection – Radially Divided
The only radially divided bearing protector available with rotor / stator static sealing technology as standard. The LabTecta-RDS™ is available in several configurations including flange mounted, axial movement and internal air-purge, giving even
Bearing Protection – Stainless Steel Metalurgy
The LabTecta-SS™ is available in full stainless steel construction, giving even greater flexibility in more chemically demanding environments.
Bearing Protection – Steam Turbine Applications
Process steam turbines present a unique challenge for bearing protection. As the carbon rings containing the steam wear, high temperature / high velocity steam travels down the shaft directly at the bearing seal.
Suitable for use with WARMAN® Pumps
Advanced non-contacting labyrinth seal with integral shut-off valve and accessories for WARMAN® pumps.
Leakage Detection Unit (API-Plan 75, 76)
In API Plan 75 & 76 arrangements, vapour leakage from the inboard seal of a dual containment seal, either contacting or non-contacting design, is directed to a vapour recovery system via a vent connection.