ACCUMULATOR BLADDER NXQ 40/31.5-L-E

Short Description:

The accumulator bladder NXQ 40/31.5-L-E is an important component of the bladder type accumulator, which is flexible and made of rubber, used for storing compressed inert gases. Generally, a certain pressure of nitrogen gas is injected into the leather bag, while hydraulic oil is filled outside the leather bag. The leather bag will deform with the compression of the hydraulic oil, compressing the nitrogen gas to store energy, otherwise releasing energy. The top of the accumulator generally adopts a large mouth structure, which is more conducive to the replacement of the leather bag.
Brand: YOYIK

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Product Detail

Technical Parameter

Dongfang YOYIK produces accumulator bladder NXQ 40/31.5-L-E that comply with the HG2331-92 standard and ASME standard, and have the advantages of oil resistance, acid and alkali resistance, bending resistance, small deformation, and high strength.

Capacity	40L
Nominal pressure	31.5MPa
Applicable medium	Inside the accumulator bladder: Nitrogen gas
Applicable medium	Outside the accumulator bladder: mineral oil/water ethylene glycol and emulsion
Medium temperature	-10~70 ℃
Capsule material	NBR/ IIR/ CR/ FPM

Function

The accumulator bladder NXQ 40/31.5-L-E uses hydraulic oil as the working medium, and is filled with nitrogen gas inside the accumulator bladder. It can work normally within the range of -10-70 degrees, and can be customized with two types of threaded connection and flange connection.

The accumulator NXQ 40/31.5-L-E is an important and indispensable hydraulic auxiliary component in the hydraulic system, which has the functions of storing energy, stabilizing pressure, eliminating pulsation, absorbing impact, compensating capacity, and compensating leakage. Because hydraulic oil cannot store energy, the compressibility of gas is utilized to accumulate liquid through the accumulator NXQ 40/31.5-L-E. Its working principle is that when the pressure increases, the oil enters the accumulator and the gas is compressed. When the pressure decreases, the compressed gas expands, and then the oil is hydraulically fed into the circuit.