Segel Mekanis Aesseal

AESSEAL CFC HPVS High Performance Single Cartridge Mechanical Seals for Pumps Cartridge Mechanical Seals Single Seals CFC - HPVS High Performance Mechanical Seal The CFC™ and HPVS™ are single seals (The CFFC™ and HPVD™ are the dual versions). These robust seals are designed for use on difficult applications, including oil pipeline pumping, water injection and boiler feed duties. High speeds - Stationary multi-spring design for even face loading High pressures - Robust seal

AESSEAL CAPI A B C Dual Cartridge Mechanical Seals Double Seal for Pumps Oil and Gas Cartridge Mechanical Seals Double Seals CAPI A, B, C Dual Dual Mechanical Seal – Oil & Gas The AESSEAL® API Type A, B and C dual-seal range offers the user an unprecedented range of API engineered sealing solutions to suit all application requirements. The category 1, 2 and 3 seals are qualification tested to API 682. Modular design allows the users to select the right solution for their

AESSEAL SCUSI Single Seals Short Cartridge Mechanical Seal for Pumps Cartridge Mechanical Seals Single Seals SCUSI Short Cartridge Mechanical Seal A short externally mounted cartridge seal, with flush ports and self-aligning faces. With the aid of Finite Element Analysis (FEA), a range of seals were designed to optimize the use of Silicon Carbide. This third generation seal incorporates an improved self-aligning concept and prevents shock damage to Silicon Carbide on start-up

AESSEAL CSS CSSN Single Cartridge Mechanical Seals for ANSI Pumps Cartridge Mechanical Seals Single Seals CSS - CSSN Single Cartridge Seal The AESSEAL® CSS™ & CSSN™ range of cartridge mechanical seals has been designed as high-performance sealing solutions for general applications. These products build on over a decade of proven performance from the AESSEAL® CURC™ and FIDC™ range of seals. They combine this with cutting-edge manufacturing techniques to represent the best

AESSEAL BDFI BDFC Cartridge Mechanical Seals Bellows Double Flow Induction Convection Cartridge Mechanical Seals Bellows Seals BDFI - BDFC Bellows Double Flow Induction / Convection The BDFI™/BDFC™ (Bellows Double Flow Induction/Convection) is an innovative modular hybrid design, created using the inboard design of a BQFD™ and the outboard design of a DMSF™. Features Incorporates pumping ring to maximize cooling and increase seal life Large 3/8" ports maximize cooling and

AESSEAL CLIP Single Cartridge Mounted Lip Mechanical Seals Process Protecting Seal Cartridge Mechanical Seals Single Seals CLIP Process Protecting Seal The cartridge lip seal is specifically designed for dry running applications where barrier fluid is not permitted to enter the process media. This makes the seal ideally suited for slow-rotating equipment in the food, beverage and pharmaceutical industries. The seal design uses the latest monolithic lip seal technology, which

AESSEAL IASC Single Cartridge Mechanical Seals Pulp and Paper Screen Application Seal Cartridge Mechanical Seals Single Seals IASC Pulp & Paper Screen Application Seal This seal employs standard modular inventoried AESSEAL­­® components with a seal gland which retains fluid when the screen is emptied. This avoids dry running of the tungsten carbide seal faces on equipment start-up. The seal is specifically designed for vertical screen applications mainly used on stock and

AESSEAL TPOC Single Spring Cartridge Mechanical Seals for Process Pumps Cartridge Mechanical Seals Single Seals TPOC Single Spring Catridge Seal The TPOC™ seal range is specifically designed for applications which benefit from the use of unbalanced seal face technology. This makes it ideally suited for biofuels applications as well as many in the pulp & paper industry. Features include a non-clogging single coil spring and positive mechanical drive. Features Full cartridge

AESSEAL CURC CRCO CURE Single Cartridge Mechanical Seals for ANSI Pumps Cartridge Mechanical Seals Single Seals CURC - CRCO - CURE Single Mechanical Seal The AESSEAL® CURC™, CRCO™ and CURE™ mechanical seals are part of a range of seals specifically designed to optimize the use of Silicon Carbide. All these seals incorporate improved third generation self aligning technology. The design objective was to minimize metal to Silicon Carbide impact, particularly on start–up. In