AES Bellows

Available Products

Click on the products below for additional product information.

AES Bellows (AES BDFI)

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 extend seal life, Integral deflector guides cooling barrier fluid to the most essential areas.

Sizes available from 1.000″ to 5.000″ (24mm – 125mm) in standard and ANSI Plus gland formats.

AES Bellows (AES BSFG)

The BSFG™ (Bellows Single Full Graphite) cartridge seal is specifically designed to eliminate the costly and often long lead-time issues of exotic elastomer compounds. This seal features graphite rings at every primary sealing surface, eliminating the need for elastomers. The hydraulically balanced bellows unit is available in a variety of different material options with either elastomer or graphite packing sealing rings.

Features: Full graphite seal for high temperature or corrosive chemical applications, Fits pumps with thin radial seal chamber cross-sections, Quench, flush and drain ports for cooling or heating options to maximize seal life, cartridge design for ease of installation.

Sizes available from 1.000″ to 4.000″ (24mm – 100mm) in standard and ANSI Plus gland formats

AES Bellows (AES BSIV)

The BSIV™ range of single cartridge mechanical seals has been designed as a value-for-money, high-performance sealing solution for general applications. Inventoried in SHS bellows materials. Other material combinations are available, including a full, solid alloy 276 bellows and gland arrangement in all ANSI sizes.

Features: Cartridge design for reliable installation, hydraulically balanced for reduced seal face loading which maximizes seal life and allows for vacuum service capability.

Sizes available from 1.000″ to 3.500″ (24mm – 85mm) in standard and ANSI plus gland formats

General Information