• Cast Iron Unidirectional Knife Gate Valve PN10 - Handwheel depicted in blue, showcasing durable construction for flow isolation.
  • Cast Iron Unidirectional Knife Gate Valve PN10 - Handwheel specifications sheet with detailed materials list and features.
  • Cast Iron Unidirectional Knife Gate Valve PN10 - Handwheel diagram with dimensions and specifications.
Cast Iron Unidirectional Knife Gate Valve PN10 - Handwheel depicted in blue, showcasing durable construction for flow isolation.
Cast Iron Unidirectional Knife Gate Valve PN10 - Handwheel specifications sheet with detailed materials list and features.
Cast Iron Unidirectional Knife Gate Valve PN10 - Handwheel diagram with dimensions and specifications.

The Cast Iron Unidirectional Knife Gate Valve PN10 is a robust handwheel-operated solution designed for reliable manual flow isolation in demanding unidirectional pipelines. Featuring a powder-coated cast iron body and a 304 stainless steel gate, this valve is specifically engineered to handle abrasive and high-solid content fluids with minimal maintenance.

  • Durable Construction: Built with a powder-coated cast iron body and a high-quality 304 stainless steel gate for enhanced longevity.
  • Resilient Seating: Equipped with an EPDM seat to ensure effective sealing in viscous and slurry media.
  • Manual Operation: Features a user-friendly handwheel for straightforward manual control in basic industrial systems.
  • Wear Resistance: Designed with strong resistance to wear, making it ideal for service lines with high-solid content.
  • Installation Ready: Specifically designed for unidirectional flow; ensure installation follows the direction indicated on the valve body.

This knife gate valve is perfect for smaller industrial systems and service lines where a dependable, manual isolation point is required for slurry or viscous media.

Body Material Cast Iron Powder Coated Body, 304 Stainless Steel Gate
Seat EPDM
Connection Type Lugged PN10
Valve Type Knife gate, unidirectional
Operation Handwheel
Pressure Rating Rated PN10 2" to 10", PN6 12"
Temperature Range 20 °C to +110 °C

Pipetech

Cast Iron Unidirectional Knife Gate Valve PN10 - Handwheel

SKU V998909
£149.77
Excl. tax:  £123.78

The Cast Iron Unidirectional Knife Gate Valve PN10 is a robust handwheel-operated solution designed for reliable manual flow isolation in demanding unidirectional pipelines. Featuring a powder-coated cast iron body and a 304 stainless steel gate, this valve is specifically engineered to handle abrasive and high-solid content fluids with minimal maintenance.

  • Durable Construction: Built with a powder-coated cast iron body and a high-quality 304 stainless steel gate for enhanced longevity.
  • Resilient Seating: Equipped with an EPDM seat to ensure effective sealing in viscous and slurry media.
  • Manual Operation: Features a user-friendly handwheel for straightforward manual control in basic industrial systems.
  • Wear Resistance: Designed with strong resistance to wear, making it ideal for service lines with high-solid content.
  • Installation Ready: Specifically designed for unidirectional flow; ensure installation follows the direction indicated on the valve body.

This knife gate valve is perfect for smaller industrial systems and service lines where a dependable, manual isolation point is required for slurry or viscous media.

Body Material Cast Iron Powder Coated Body, 304 Stainless Steel Gate
Seat EPDM
Connection Type Lugged PN10
Valve Type Knife gate, unidirectional
Operation Handwheel
Pressure Rating Rated PN10 2" to 10", PN6 12"
Temperature Range 20 °C to +110 °C
£149.77
Excl. tax:  £123.78
Size:
Cast Iron Unidirectional Knife Gate Valve PN10 - Handwheel depicted in blue, showcasing durable construction for flow isolation. Cast Iron Unidirectional Knife Gate Valve PN10 - Handwheel specifications sheet with detailed materials list and features. Cast Iron Unidirectional Knife Gate Valve PN10 - Handwheel diagram with dimensions and specifications.
Cast Iron Unidirectional Knife Gate Valve PN10 - Handwheel depicted in blue, showcasing durable construction for flow isolation. Cast Iron Unidirectional Knife Gate Valve PN10 - Handwheel specifications sheet with detailed materials list and features. Cast Iron Unidirectional Knife Gate Valve PN10 - Handwheel diagram with dimensions and specifications.

The Cast Iron Unidirectional Knife Gate Valve PN10 is a robust handwheel-operated solution designed for reliable manual flow isolation in demanding unidirectional pipelines. Featuring a powder-coated cast iron body and a 304 stainless steel gate, this valve is specifically engineered to handle abrasive and high-solid content fluids with minimal maintenance.

  • Durable Construction: Built with a powder-coated cast iron body and a high-quality 304 stainless steel gate for enhanced longevity.
  • Resilient Seating: Equipped with an EPDM seat to ensure effective sealing in viscous and slurry media.
  • Manual Operation: Features a user-friendly handwheel for straightforward manual control in basic industrial systems.
  • Wear Resistance: Designed with strong resistance to wear, making it ideal for service lines with high-solid content.
  • Installation Ready: Specifically designed for unidirectional flow; ensure installation follows the direction indicated on the valve body.

This knife gate valve is perfect for smaller industrial systems and service lines where a dependable, manual isolation point is required for slurry or viscous media.

Body Material Cast Iron Powder Coated Body, 304 Stainless Steel Gate
Seat EPDM
Connection Type Lugged PN10
Valve Type Knife gate, unidirectional
Operation Handwheel
Pressure Rating Rated PN10 2" to 10", PN6 12"
Temperature Range 20 °C to +110 °C

Frequently Bought Together

Total price£871.42

Customers also bought

    • ITEM BAR TITLE

      Share shipping, delivery, policy information.

    • ITEM BAR TITLE

      Share shipping, delivery, policy information.

    • ITEM BAR TITLE

      Share shipping, delivery, policy information.

    • ITEM BAR TITLE

      Share shipping, delivery, policy information.