Hydraulic Bladder Accumulator

Hydraulic Bladder Accumulator Specification

Operating Pressure
Up to 350 bar (Standard Range)

Efficiency
High Response Efficiency, Minimal Pressure Loss

Connectivity Type
Threaded Port / Flanged Connection

Power Source
Hydraulic

Mounting Type
Vertical / Horizontal Mount

Features
Compact Design, Maintenance-friendly, High Durability

Application
Hydraulic Shock Absorption, Energy Storage, Leakage Compensation, Pulsation Damping

Sealing Type
O-Ring / NBR or FKM Seals

Accessories
Charging Valve, Pressure Gauge, Mounting Clamps

Flow Rate
Depends on Model & Application

Temperature Range
-20C to +80C (Bladder Material Dependent)

Usage
Hydraulic Application

Body Material
Steel / Composite Material

Type
Bladder Accumulator

Size
1 Liter to 100 Liter

Structure
Pressure Vessel with Internal Bladder

Product Type
Bladder Accumulator

Force
Hydraulic

Speed
Rapid Response to Pressure Changes

Color
Blue/Red/Black

Capacity Range
0.5 to 50 Liters (Depending on Model)

Bladder Material
Nitrile Rubber (NBR), Buna-N, or FKM - Depending on Medium

Serviceability
Replaceable Bladder

Gas Precharge
Nitrogen

Corrosion Resistance
Corrosion-resistant Coating Available

Color
Red (Typical), Customization Available

Hydraulic Bladder Accumulator Trade Information

Minimum Order Quantity
1 Number

Payment Terms
Cash Advance (CA)

Supply Ability
100 Per Day

Delivery Time
1 Hours

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Export Market(s)
Asia

Main Domestic Market
All India

Hydraulic Bladder Accumulator About

Product Specification

Usage/Application	Hydraulic Application
Body Material	Stainless Steel / CS
Bladder Material	Nitrile(NBR) / Butyl / Neoprene
Design	Fabricated Shell
Maximum Pressure (PS)	360 Bar
Test Pressure (PT)	1.43 x PS
Temperature Range	+80 Degree C
Allowable Pre.ratio	4:1
Nominal Capacity	1 Liter to 100 Liter

Superior Shock Absorption and Pulsation Damping

Our hydraulic bladder accumulators excel at reducing pressure spikes and fluid pulsations, protecting sensitive machinery and extending system life. Their high response efficiency and minimal pressure loss ensure excellent performance under rapid hydraulic cycling. Combined with durable construction and a compact design, they are an ideal choice for both new installations and system upgrades.

Adaptable to Diverse Hydraulic Mediums and Conditions

Choose from bladders made of NBR, Buna-N, or FKM to match your system's hydraulic fluid and operating temperature range. Our accumulators are available with a corrosion-resistant coating and a selection of capacities, suiting everything from mobile machinery to industrial presses. Various mounting and connection options enable easy integration into any hydraulic setup.

Easy Maintenance and Serviceability

A key feature is the replaceable bladder, which allows quick maintenance and minimizes costly downtime. Standard accessories include a charging valve, pressure gauge, and mounting clamps, simplifying both installation and ongoing service. The robust steel or composite vessel construction withstands demanding worksite and operating conditions.

FAQ's of Hydraulic Bladder Accumulator:

Q: How do I select the correct bladder material for my hydraulic accumulator?

A: The choice of bladder material (NBR, Buna-N, or FKM) depends on the type of hydraulic fluid used and the application's temperature range. NBR works well with standard hydraulic oils and temperatures from -20C to +80C, while FKM is recommended for aggressive fluids or higher temperatures.

Q: What is the typical process to service or replace the bladder in these accumulators?

A: To replace the bladder, first depressurize and remove the accumulator from the system. Then, unbolt the top cap, extract the old bladder, and insert a new one. Reassemble with proper seals (O-Ring, NBR, or FKM), re-pressurize with nitrogen, and reinstall. Always follow manufacturer safety protocols.

Q: Where can these hydraulic bladder accumulators be mounted in my system?

A: These accumulators can be installed in either vertical or horizontal positions, depending on the system design and available space. Threaded port and flanged connection options allow flexible integration into a wide variety of hydraulic circuits.

Q: When should I check or replenish the nitrogen gas precharge?

A: Check the nitrogen gas precharge periodically per the manufacturer's guidelines or if you notice reduced accumulator performance. Use a pressure gauge through the charging valve, and replenish with nitrogen, as required, to maintain optimal system operation.

Q: What are the main benefits of using these bladder accumulators in hydraulic applications?

A: Bladder accumulators provide rapid response to pressure changes, effective shock absorption, energy storage, leakage compensation, and pulsation damping. This improves system stability, protects equipment components, and enhances overall hydraulic efficiency.

Q: How does the corrosion-resistant coating improve the durability of the accumulator?

A: A corrosion-resistant coating protects the steel or composite body from harsh operating environments, such as exposure to moisture, chemicals, or salt, prolonging the lifespan of the accumulator and reducing maintenance costs.

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