Union Pressure Side Complete CP022047/844 Glass Waterjet Parts For Sale

Short Description:

Union Pressure Side Complete
1-18289
Minimum Order Quantity: 1
Availability: Yes
Supplier: KUNDA

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Union Pressure Side Complete CP022047/844 Glass Waterjet Parts For Sale

Part Number	Alternative models	Description
1-16386	CP022015/527	Back Ring
1-18266	K016/660	Ball, Dia. 6
1-16390	CP022042/593	Lens
1-16395	CP022046/593	Valve Seat
1-16388	CP022010/527	Bearing Bush
1-18264	OR0043024/151	O-Ring, 4.3 x 2.4
1-18263	WJ070009/150	HP Gasket
1-18293	CP022100/220	HP Seal Kit
1-16393	CP022040/591	Valve Body
1-16389	CP022009/779	HP Cylinder
1-16391	XST17/220	Rod Sealing
1-18292		Center Section Rebuild Kit
1-18287	CP022066/220	Plunger Complete
1-18291	CP022109/844	Union Suction Side Complete
1-18289	CP022047/844	Union Pressure Side Complete
1-18280	CP022043/844	Union Suction Side
1-18281	CP022044/844	Union Pressure Side
1-18282	XF35/220	Rod Wear Ring
1-18269	9704521/220	Quad Ring
1-16387	CP022012/780	Back Ring

The Union Pressure Side Complete CP022047/844 is a key connector at the high-pressure output of a waterjet intensifier, ensuring stable delivery of high-pressure water from the intensifier to the high-pressure piping system. Operating in ultra-high-pressure environments, this component requires extremely high sealing and strength to ensure safe and continuous water flow into the cutting circuit.

Function: Provides a tight connection between the intensifier and the piping at the high-pressure end, preventing high-pressure water leakage.
Applicable Location: Installed at the high-pressure output of the intensifier.
Material: Constructed of high-strength stainless steel or alloy steel, it offers high-pressure, corrosion, and impact resistance.
Replacement Period: While a durable component, it should be replaced promptly in the event of long-term high-pressure operation or wear or corrosion to maintain system sealing and stable operation.

The high-quality Union Pressure Side Complete CP022047/844 ensures safe high-pressure water flow, enhances overall intensifier performance, and is a key factor in ensuring efficient and stable operation of Water Jet Cutting Machines.