mechanical seals

1

ANSI Mechanical Seals

  • Optimized for Extreme Conditions: Designed for high-pressure, high-temperature applications in the oil and gas industry.
  • API 682 Conforming: Fully adheres to API design and qualification requirements.
  • Unrivaled Bellows Tech: Welded in the USA.
2

API Mechanical Seals

  • Optimized for Extreme Conditions: Designed for high-pressure, high-temperature applications in the oil and gas industry.
  • API 682 Conforming: Fully adheres to API design and qualification requirements.
  • Unrivaled Bellows Tech: Welded in the USA.
3

Split Cartridge Mechanical Seals

  • Simplified Installation: Attaches in two pieces; easiest field-install in its class.
  • Damage-Resistant Design: Secured faces in cartridge halves prevent damage.
  • Pre-Tested Assurance: Factory-assembled and pressure-tested for guaranteed reliability.
  • Style 86 Seal: Designed for versatility and ease of use across various rotating equipment.
4

Slurry Pump Seals

  • Flushless single seal arrangement eliminates repacking and leakage headaches in slurries up to 60% solids.
  • Built for the harshest slurry applications in mining, mineral processing, and any solids-handling processes.
  • Double-seal configuration available with external seal support system for extreme services.
5

Component Seals

  • Direct replacement seals for a full array of compressors, mixers, pumps, and other rotating equipment.
  • Designed for a wide range of applications where cartridge seals are not practical.
  • Fully stocked with a variety of single-spring, rotating bellows, and stationary seats (mating rings) for many common sizes.
6

Multi-Lip Cartridge Seal

  • Solves the sealing problems associated with sticky, viscous, and hard-to-seal applications.
  • Proprietary low-friction lip seals last longer in adverse services.
  • Vibration and cavitation are well-tolerated compared to standard hard-faced mechanical seals.
7

Gland Packing System

  • Shaft stabilization closer to your rotating element than ever before.
  • Reduces water consumption up to 90% compared to standard packing arrangements.
  • The bearing, working with die-formed packing rings, forms the most rugged gland packing system available.