O-Ring OR0885035/220 New Abrasive Water Jet Parts Supplier

Short Description:

O-Ring
88.49X3.53
Minimum Order Quantity: 1
Availability: Yes
Weight: 0.001 kg
Working pressure: 4137 bar
Material: Rubber

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Details

O-Ring OR0885035/220 New Abrasive Water Jet Parts Supplier

Part Number	Alternative models	Description
HD001900	MJ0010139	Head Swivel Angle Adapter
MJ4980006	MJ0110020	Sapphire Nozzle
ZA110200	MJ0380291	Height Sensor Probe For 3D Head
ZA111000	MJ2260022	Collimation Tube I-Head And Jet 3D
PN200600	MJ2350006	Hose
HD300100	MJ9990002	Ajet 3D Head
4100442	OR0120030/151	Ring
4100920	OR0140020/151	O-Ring
4101560	OR0250040/151	O-Ring
5300048	OR0490030/151	O-Ring
4100704	OR0700020/151	O-Ring
4100705	OR0759017/151	O-Ring
	OR0885035/220	O-Ring
4101562	P7680325/220	Oil Filter Element
106810	S0356x2/426	Snap Ring
106779	S24B20/103	Retaining Ring
106334	TJ006016/133	Clamping Nut
107488	TJ006070/591	Abrasive head
106336	TJ006071/555	Bushing
107476	TJ006076/591	Basic body 6.35 mm

The O-Ring OR0885035/220 is designed specifically for high-pressure Waterjet Cutting Systems and hydraulic equipment. Made of high-quality rubber, it offers excellent pressure resistance, wear resistance, and sealing properties. Its primary function is to form a stable seal during operation, preventing leakage of high-pressure water or hydraulic oil from the joints.
This O-Ring, with its larger dimensions, is suitable for installation in key locations such as high-pressure pipelines, accumulators, and booster pumps. Its precision-machined dimensions ensure a close fit with metal-to-metal contact surfaces, maintaining a stable seal even under frequent starts and stops and long periods of continuous operation.
The O-Ring OR0885035/220 exhibits excellent elasticity and aging resistance, withstanding high-pressure shocks and temperature fluctuations, extending its service life. Its use not only improves overall equipment reliability but also effectively reduces maintenance costs associated with leaks, ensuring a safe and efficient waterjet cutting process.