F-160-2 Press Machine Air Spring S-160-2 / S-160-2R YOKOHAMA Rubber Air Bellows Replacement

Product Details:

Place of Origin:	Guangzhou China
Brand Name:	GUOMAT
Certification:	ISO/TS16949, ISO9001
Model Number:	F-160-2

Payment & Shipping Terms:

Minimum Order Quantity:	5pcs
Price:	USD159.9-299.9/PC
Packaging Details:	Strong Carton Box or as Customers Requirement
Delivery Time:	3-7 Working Days
Payment Terms:	L/C, T/T, Western Union Or Others
Supply Ability:	1000PCS/Week

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Detailed Product Description

Model:	Punch Air Spring	Warranty:	One Year
Pressure Ability:	0.2-0.88 MPa	Color:	Black
Material:	Rubber Bellows Only	YOKOHAMA:	S-160-2
Quality:	Good Quality	Other Name:	Rubber Air Spring For Press Equipment
Highlight:	Yokohama rubber air bellow replacement , F-160-2 press machine air spring , S-160-2R rubber air spring

F-160-2 Press Machine Air Spring S-160-2 / S-160-2R YOKOHAMA Rubber Air Bellows Replacement

F-160-2 Press Machine Air Spring S-160-2 / S-160-2R YOKOHAMA Rubber Air Bellows Replacement

Product Specifications

GUOMAT NO.: F-160-2
YOKOHAMA Air Spring: S-160-2, S 160 2, S1602, S-160-2R

Detailed Parameter Table

GUOMAT NO.	Reference No.	Height H(mm)	Commonly Maximum Stroke(mm)	The Largest Diameter When Compressed(mm)
F-160-2	S-160-2	Design High(mm)	Maximum High(mm)	Minimum Height(mm)
		98	148	53
		±35 \| 220

Standard Height, Internal Pressure 0.49 Mpa When The General Value	Using Maximum Internal Pressure (Mpa)	Internal Pressure (Mpa)
Effective Area (Cm²): 200 Volume(L): 2.1 Load (Kn): 9.8 Dynamic Spring Parameters (N/Min): 255 Vibration Frequency (Hz): 2.5	0.88	2.9-3.9

What is a Press Machine Air Spring?

A press machine air spring, also known as a press air bladder or press vibration-damping air spring, is an industrial vibration damping and load-bearing component that uses compressed air as the elastic medium. It is widely used in mechanical presses, pneumatic presses, hydraulic presses, and various stamping equipment.

During the operation of a press machine, the equipment generates instantaneous high impact forces and strong vibrations. The press machine air spring absorbs and buffers this impact energy through changes in internal air pressure, effectively protecting the equipment structure, mold system, and foundation platform.

Working Principle of Air Springs in Punch Presses

Punch press air springs typically consist of a high-strength rubber air bladder, upper and lower end caps, a reinforcing layer, and an air nozzle interface.

The punching force acts on the air spring: The impact force compresses the air inside the air bladder.
The compressed air generates an elastic reaction force: The air spring, through the compressibility of the gas, forms a flexible buffer, rather than a rigid rebound.
The impact energy is absorbed and gradually released: This effectively reduces the vibration amplitude and impact peak during punch press operation.
The equipment returns to a stable working height: By adjusting the internal air pressure, precise control of height and load-bearing capacity can be achieved.

Product Details