Gate Design | ||||
*wedge gate valve Standard gate valves have wedge plates that enter a slot structure to stop the flow. Because of the design, our wedge gates have less motion resistance and require less torque to control the valve. | *parallel slide gate valve Parallel slide valves use a middle disc that slides in the middle of seat rings to create a tight seal. The sliding mechanism can remove particles from the disc to lessen the risk of erosion and leaks. | *knife valve Bladed edge is the main feature of knife gate valve that cuts through a granular solid or thick liquid. The unique feature of our gate prevents any small particles from blocking the seat to create a solid seal for certain piping operations. |
Item No. | Part Name | Specification |
1 | Body | Ductile Iron EN- GJS- 500- 7 |
2 | Wedge | Ductile Iron EN- GJS- 500- 7 |
3 | Wedge Coating | NBR /EPDM EN 681-1 |
4 | Wedge Nut | Copper Alloy |
5 | Stem | Stainless Steel X20 Cr13 |
6 | Bonnet Gasket | NBR /EPDM EN 681-1 |
7 | Bonnet | Ductile Iron EN- GJS- 500- 7 |
8 | O Ring Back Sealing | EPDM/NBR |
9 | Stem Collar | Stainless Steel / Copper Alloy |
10 | O-Ring | EPDM/NBR |
11 | O-Ring | EPDM/NBR |
12 | Stuffing Nut | Copper Alloy |
13 | Dust Guard | EPDM/NBR |
14 | Handwheel | Ductile Iron EN- GJS- 500- 7 |
15 | Stem Cap | Ductile Iron EN- GJS- 500- 7 |