3-D Cartridge Seals

STYLE-3D
  • Style/Model: 3D
  • ABS Certified: No
  • ADI/TSE Free: No
  • API 589 Compliant: No
  • API607Compliant: No
  • API622Compliant: No
  • DFARS Compliant: No
  • FDA Compliant: No
  • Fire Safe: No
  • KTW Compliant: No
  • NSF® 61 Certified: No
  • REACH Compliant: No
  • RoHS Compliant: No
  • USDA Approved: No
  • USP VI 661 Compliant: No
  • USP VI 87 Compliant: No
  • USP VI 88 Compliant: No

Cartridge design mixer seal

The 3-D Seal is designed to be the foremost solution for high radial misalignment and high run out applications. By combining Garlock’s proven P/S®-II and expansion joint technologies into a single solution, Garlock has developed a seal that leads the industry in solving applications plagued with high misalignment and run out. While this seal is typically used on agitators and mixers, Garlock’s wide range of available materials make it possible to configure this seal to fit a virtually endless array of applications in various industries. Each seal is custom designed to your application, allowing Garlock to minimize the difficulty of retrofitting your equipment and through this, increase value and further minimize the total cost of ownership.

*Patent Pending

Capabilities:

  • Minimum Shaft Diameter: 1.000 in / 25.4 mm
  • Maximum Pressure: 150 psi / 10 bar
  • Maximum Vacuum: Full vacuum
  • Maximum Temperature: 300°F / 148°C
  • Maximum Surface Speed: 2500 fpm / 12.7 m/s
  • Total Indicated Runout (TIR):\t1 in / 25.4 mm
  • Total Axiam Movement (TAM):1 in / 25.4 mm (Specific movements calculated per application)

Materials:

  • Sleeve and seal housing: 316SS, 20SS
  • Chrome oxide sleeve coating
  • PTFE expansion joint
  • Overview

Features and Benefits:

  • Dry running capability up to 2,000 FPM
  • Provides excellent sealing ability, while mitigating extreme shaft movement
  • Multi-lip design allows for various sealing stages and configurations (pressure/vacuum)
  • Can be tailored to each unique application

Industries Served:

  • Food and Beverage
  • Primary Metals
  • Chemical Processing