AS568 Standard O Ring

Basic Info:

Boman AS568 Standard O Ring Advantages:

1. Interchangeability: One of the primary advantages of the AS568 standard is its focus on standardized sizes. O-rings conforming to AS568 sizes can be easily interchanged between different manufacturers, suppliers, and applications without concerns about compatibility.

2. Ease of Sourcing: AS568 O-rings are readily available from a wide range of suppliers, both domestically and internationally. This availability simplifies the procurement process and reduces lead times.

3. Inventory Management: Standardized sizes lead to streamlined inventory management. Organizations can stock a smaller number of AS568 sizes while ensuring that these sizes cover a wide range of applications.

4. Design and Manufacturing Efficiency: Designing with AS568 standard sizes simplifies the engineering process. Engineers can select O-rings based on predetermined dimensions, reducing the need for custom specifications.

5. Cost Savings: Using the AS568 standard can lead to cost savings in multiple ways, including reduced inventory costs, faster design cycles, and efficient sourcing due to the widespread acceptance of the standard.

6. Industry Acceptance: The AS568 standard is widely accepted and recognized across various industries, including automotive, aerospace, industrial, medical, and more. This recognition adds credibility and ensures compatibility between different sectors.

7. Quality Control: AS568 compliant O-rings are often subject to quality control measures to ensure that they meet the standard's specifications. This contributes to reliable sealing performance.

Product Parameters:

Rubber O Ring Products Process Flow Chart: 

steps	The process flow	Process flow name	Machinery and equipment/measuring equipment			features			Special features symbols	note
						product		product
1	□	Rubber material	visual			/		/	/
2	◇	IQC	Hardness tester			hardness		/	★
			Tensile machine			Tensile strength		/	/
			Tensile machine			elongation		/	/
			hydrometer			The proportion of		/	/
			Aging test chamber			The compression permanent deformation		/	/
3	□	Mixing	mixer			/		Material thicknessmm	/
4	◇	IQC	rheometer			TS2		/	/
						TS50		/	/
						TS90		/	/
			Hardness tester			hardness		/	★
5	□	Cutting edge /blanking	Cutting machine			/		Is long	/
								Material weight	/
6	□	moulding	300 t hot molding machine, automatic monitoring			/		The molding pressure (kgcm2)	★
						/		Molding time	★
						/		Mold temperature	★
			visual			appearance		/	/
			Hardness tester			hardness		/	★
			The projector/caliper			size		/	★
7	□	IPQC	visual			appearance		/	/
			Hardness tester			hardness		/	★
			The projector/caliper			size		/	★
8	□	deflashing	visual			appearance		/	/
			Automatic disassembly machine			/		speed	/
						/		time	/
9	□	QC	Scissors/knife			appearance		/	/

steps	The process flow	Process flow name	Machinery and equipment/measuring equipment			features			Special features symbols	note
						product		process
10	◇	FQC	visual			appearance		/	/
			Hardness tester			hardness		/	★
			The projector/caliper			size		/	★
11	□	cleaning	Plastic basket			/		/	/	Manual cleaning
						/		/	/
						/		/	/
12	□	Post curing	The oven			/		time	★
						/		The temperature	★
13	□	Packing	Electronic says			Single -		/	/
			Baling press			The number of		/	/
			The printer			The labe		/	/
			visual			The cartons		/	/
14	◇	OQC	visual			appearance		/	/
			Hardness tester			hardness		/	★
			The projector/caliper			size		/	★
			visual			check		/	/
			visual			weighing		/	/
15	□	Warehousing /delivery	transport cart			Delivery note		/	/
						Courier		/	/
						Put in storage		/	/
note	1．“◇”Said inspection、“□”Said processing、“↓”Said handling、“△”Said storage、“▲”Said reworking/repairing
	2．“★”Said product function and process of key special feature symbol；

O Ring Applications:

O-rings are widely used in various industries and applications:

1. Automotive Industry: O-rings are found in engines, transmissions, fuel systems, and air conditioning systems to prevent fluid leaks and maintain proper operation.

2. Aerospace and Aircraft: O-rings are used in aircraft engines, hydraulic systems, landing gear, and fuel systems to ensure reliable sealing in demanding aerospace environments.

3. Hydraulic Systems: O-rings seal connections in hydraulic cylinders, pumps, valves, and hoses to prevent hydraulic fluid leaks and maintain system efficiency.

4. Pneumatic Systems: O-rings are used in pneumatic systems to create airtight seals in valves, actuators, and connectors, preventing air leaks and maintaining pressure.

5. Fluid Handling Systems: O-rings are employed in pipes, pumps, valves, and fittings to prevent leaks in fluid handling systems, including water, chemicals, oils, and gases.

6. Manufacturing Equipment: O-rings are used in industrial machinery, such as presses, molds, and processing equipment, to prevent leaks of hydraulic fluid or coolant.

7. Medical Devices: O-rings are used in medical equipment, including pumps, valves, and connectors, to maintain sterile conditions and prevent leaks.

8. Appliances: O-rings are found in household appliances like dishwashers, washing machines, and refrigerators to seal connections and prevent water leaks.

9. Oil and Gas Industry: O-rings are used in oil rigs, pipelines, valves, and drilling equipment to prevent fluid leaks and maintain operational safety.

10. Water Treatment: O-rings seal connections in water treatment systems, including filtration and reverse osmosis units, to prevent leaks and ensure efficiency.

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