DIN F4 Standard Gate Valve Handwheel Operation
Valve Type: |
Resilient seat gate valve |
Structure: |
Non-rising type |
Standard: |
DIN F4 |
Workmanship: |
Investment casting |
Sealing direction: |
Bidirectional |
Sealing grade: |
Zero leakage |
Temperature: |
-20°C<T<120°C |
Operation: |
Handwheel |
Characteristics
The core operating component of the gate valve is the gate plate, which performs linear reciprocating movements perpendicular to the fluid flow direction. A distinctive operational trait of this valve type is that it is engineered solely for full-open and full-close operations—a design that ensures unimpeded fluid flow when fully open, alongside dependable shut-off capability when fully closed.
Superior sealing performance of the valve is achieved via a fully rubber-encapsulated gate plate.

Advantages
1. Exceptional Durability for Long-Term Use: Our gate plate features a robust rubber-to-iron bonding structure with a thickness that outperforms national standards. Crafted via cutting-edge injection molding, it delivers a smooth, defect-free finish, uniform rubber coverage, and superior elasticity. What’s more, the valve body, bonnet, and gate frame are precision-cast from high-density ductile iron— engineered to withstand high pressure without cracking, ensuring an extended service life that reduces replacement costs.
2. Clog-Free Performance for Impure Media: The flat-bottomed valve seat design aligns perfectly with pipeline walls, eliminating hidden spots where debris can collect. This ensures unimpeded flow even for impurity-laden fluids, minimizing maintenance downtime.
3. Lightweight Design for Hassle-Free Installation: Constructed from lightweight ductile iron castings, this valve is 20%–30% lighter than traditional models. Its reduced weight simplifies lifting and installation, cutting down on labor costs and making routine maintenance a breeze.

Packing
Standard export wooden case packaging

Application Scenarios
The resilient-seated gate valve is a widely deployed shut-off and isolation component that finds extensive application in fluid handling pipelines across municipal infrastructure, industrial facilities, and building services systems.



Material
|
Body |
Plate |
Stem |
Stem nut |
Seat |
|
|
Material Name |
Electroplated Nodular Cast Iron |
Material Name |
Material Name |
Material Name |
Operating Temperature (℃) |
|
HT200/HT250 Cast iron |
Ductile Iron |
20CR13 |
Brass |
EPDM Rubber |
-20 ~ 120 (short-term up to 150) |
|
GGG40/GGG50 Ductile iron |
Ductile Iron |
SS304 |
SS304 |
NBR Rubber |
-30 ~ 100 |
|
WCB Carbon steel |
WCB |
SS304/SS316 |
SS304/SS316 |
FKM/VITON Rubber |
-20 ~ 200 |
|
CF8/SS304 Stainless Steel |
CF8 |
PTFE Rubber |
-200 ~ 260 |
||
|
CF8M Stainless Steel |
CF8M |
Brass |
-30 ~ 350 |
||
Dimension

















