Standard Cartridge Seals

Pusher Mechanical Seal

LP95VN

The Pusher Mechanical Seal is designed for reliable sealing in pumps and rotating equipment operating under varied pressure and temperature conditions. Its spring-loaded pusher design allows axial movement to compensate for wear, ensuring consistent sealing performance and adaptability across multiple industrial applications. Since 2002, Lineproof Engineering, based in Mumbai, has been producing high-quality mechanical shaft seals and engineered sealing solutions that support efficient equipment operation and long-term reliability across process industries.

Pusher Mechanical Seal for Standard Cartridge Seals

Face Material

Silicon Carbide, Carbon Graphite.

Metal Parts

SS 316, SS 304.

Secondary Seal

EPDM, NBR, FKM, FFKM.

Operating Limits

  • Shaft Diameter 20 mm to 110 mm
  • Pressure 40 bar
  • Temperature −40 °C to 220 °C
  • Velocity 23 m/s

Characteristics

  • Single seal
  • Cartridge unit
  • Design acc. to API 682/ISO 21049
  • Category 2 and 3, Type A, Arrangement 2 or 3
  • Independent of direction of rotation
  • Rotating multiple springs
  • Integrated pumping device available (H75VP)

Application

  • Process industry
  • Oil and gas industry
  • Refining technology
  • Petrochemical industry
  • Power plant technology
  • Hot water handling
Pusher Mechanical Seal Technical Drawing
No. Component No. Component
1 Seal Face 10 Seat
2 Drive Collar 11 Shaft Sleeve
3 Thrust Ring 12 Housing
4 O-Ring 13 Insert
5 O-Ring 14 Throttle Ring
6 Sleeve 15 Washer
7 Spring 16 Assembly Fixture
8 Set Screw 17 Hexagon Bolt
9 Set Screw 18 Set Ring

Download Brochure

Download the brochure for sealing solutions, specifications, and technical details.

Download PDF

Explore More Products

Standard Single Cartridge Seal

Standard Single Cartridge Seal

Read More
Standard Dual Cartridge Seal

Standard Dual Cartridge Seal

Read More
ANSI Standard Single Cartridge Seal

ANSI Standard Single Cartridge Seal

Read More
Pusher Mechanical Seal

Pusher Mechanical Seal

Read More