The JOEPAI 1000PSI PN64 2PC Ball Valve made in China is a sturdy two-piece stainless steel designed for long service life and reliable closing performance, supporting working pressures up to 1000PSI (PN64). It features precision machined threads (BSP, NPT, or optional DIN) and comes with an explosion-proof valve stem, PTFE seal seat, and optional ISO5211 mounting gasket for automation.
The 1000PSI PN64 2PC Ball Valve produced from JOEPAI features a full bore
design that ensures unrestricted flow with minimal pressure loss, combining
full bore flow with high pressure tolerance. It is highly suitable for
strict industrial applications, meets global thread standards, and can
resist corrosion, chemical erosion, and high temperature stress.
Product Detail:
Parameter
Specification
Size Range
1/4” – 4” (DN8–DN100)
Pressure Rating
1000 PSI / PN64
Connection Type
BSP / NPT / BSPT / DIN
Body Material
SS304 / SS316
Ball & Stem
Solid Stainless Steel
Seat Material
PTFE / RPTFE
Temperature Range
-25°C to +180°C
Working Media
Water, oil, gas, steam, chemical
Operation
Manual / Optional actuator mounting
Two piece ball valve, also known as quick opening ball valve, internal
thread ball valve, or small ball valve.
Working Principle
1、 Opening process
In the closed position, the ball is tightly pressed against the valve seat
by the mechanical pressure exerted by the valve stem.
When the handwheel is turned counterclockwise, the valve stem moves in the
opposite direction, and its bottom angular plane causes the ball to detach
from the valve seat.
The valve stem continues to lift and interacts with the guide pin in the
spiral groove of the valve stem, causing the ball to start rotating
frictionlessly.
Until it reaches the fully open position, the valve stem is lifted to the
limit position, and the ball rotates to the fully open position.
2、 Closing process
When closing, rotate the handwheel clockwise and the valve stem begins to
descend, causing the ball to move away from the valve seat and begin to
rotate.
Continuing to rotate the handwheel, the valve stem is subjected to the
action of the guide pin embedded in its spiral groove, causing both the
valve stem and the ball to rotate 90 ° simultaneously.
When it was about to close, the sphere had already rotated 90 degrees
without contact with the valve seat.
During the last few turns of the handwheel, the angular plane at the bottom
of the valve stem mechanically wedges and presses the ball tightly against
the valve seat, achieving complete sealing.
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