ceramic mechanical seal
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316L AESSEAL Mekanic pipe seal CLIP Mounted Mechanical lip seal bảo vệ
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
316SS Carbon John Crane Con dấu khí khô Aes Cartridge Seal cho máy nén
AESSEAL CCS Dry Gas Seals Cartridge Mechanical Seal for Compressor Gas Seals Compressor Seals CCS Conventional Compressor Seal The CCS™ is a tandem cartridge seal where the inboard seal is designed to seal up to 82 bar (1200 psi) and an outboard seal that acts as a low pressure tandem seal. The outboard seal is capable of full pressure containment in the event of full seal failure. Features Ideally suited for retrofitting wet compressor seals and bushings or as a replacement
Dụng kim loại công nghiệp hóa học Dụng kim loại
Huhnseal Type ED Balanced Double Cartridge Mechanical Seal for Pumps Cartridge Mechanical Seal ED balanced double cartridge seal Huhnseal ED is a double balanced cartridge seal maintaining sealing performance even during sudden pressure drops on the product side and/or the secondary side. The design of the seal is robust and rigid but at the same time flexible, with excellent radial and axial movement capabilities. The springs are located outside both the product and the
ESH Bơm ly tâm ISO9001 Bơm ly trục ngành vệ sinh
Huhnseal Type ESH Single Balanced Cartridge Mechanical Seal for Hygienic Sector Cartridge Mechanical Seal ESH Single balanced cartridge mechanical seal with hygienic design The ESH series has been developed by Huhnseal for applications in the Hygienic sector, where operational reliability, cleanability and long-term stability are essential requirements. The design follows a hygienic engineering approach, with geometries supporting CIP/SIP processes and reducing critical areas
