Hydraulic Flange Spreaders

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MOQ : 1 , , Piece

Hydraulic Flange Spreaders Specification

Material
High Strength Alloy Steel

Capacity
4 - 15 Tons

Usage & Applications
Separation of flange joints in pipeline maintenance, installation, testing, and repair

Size
Standard and Customized Sizes

Automatic Grade
Manual

Model No
HS-15 (example)

Type
Hydraulic Flange Spreader

Grade
Industrial Grade

Dimension (L*W*H)
450 x 250 x 130 mm (approx.)

Noise Level
Low

Power
Manual Hydraulic

Voltage
N/A (manual operation)

Weight
8 - 15 kg

Operation Mode
Hand pump driven

Min Access Gap
6 mm - 10 mm (varies by model)

Color
Yellow/Black (standard)

Safety Feature
Integrated safety lock system

Corrosion Resistance
Yes

Max Spreading Distance
81 mm (varies by model)

Spreading Force
Up to 150 kN (depending on model)

Oil Pressure
700 bar (max)

Hydraulic Flange Spreaders Trade Information

Minimum Order Quantity
1 , , Piece

Supply Ability
1 , , Piece Per Day

Delivery Time
7-50 Days

About Hydraulic Flange Spreaders

Specification

Max. Flange Thickness (mm) : 2x92 mm
Stud Size (mm) : 19-41 mm
Output Force (ton) : 5-10Ton
Spread : 70-216 mm

Features :-

Light Weight, Ergono Mic design for ease of use.
Adjustable Jaw Widths from 70 to 216 mm for a wide range of Applications.
S/A, Spring Return
Operated by Hydraulic Pump with rated Pressure of 700 Bar.

Highly Efficient Flange Separation

Designed for professionals, our Hydraulic Flange Spreaders provide reliable and precise separation of flange joints. The high spreading power (up to 150 kN) ensures optimal performance during pipeline maintenance and repair. Thanks to a slim access gap and sturdy construction, these tools are essential for challenging industrial environments.

Safe and Durable Construction

Each spreader is manufactured from high-strength alloy steel and built for industrial-grade durability. The corrosion-resistant finish and integrated safety lock system further enhance operator safety. Manual hydraulic hand pump operation allows for controlled movement in demanding work settings.

Versatile Applications Across Industries

Our hydraulic flange spreaders are ideal for use in pipeline maintenance, installation, and testing. Suitable for oil and gas, chemical, and water treatment facilities, these tools are supplied to distributors, service providers, and end-users throughout India. Customizable sizes ensure compatibility with varied tasks.

FAQs of Hydraulic Flange Spreaders:

Q: How does a hydraulic flange spreader work during pipeline maintenance?

A: A hydraulic flange spreader uses manual hand pump power to generate up to 150 kN of spreading force, allowing operators to safely and efficiently separate flange joints. The integrated safety lock ensures secure operation, making it essential for pipe maintenance, installation, and repair.

Q: What are the typical applications of these flange spreaders?

A: These hydraulic flange spreaders are typically used for separating flange joints in industrial pipelines during maintenance, installation, and pressure testing. They are valuable for oil, gas, chemical, and water industries across India.

Q: When should I use a hydraulic flange spreader instead of a manual tool?

A: A hydraulic flange spreader should be used when greater spreading force, controlled motion, and enhanced safety are required, especially in industrial-grade applications where manual tools may not provide sufficient power or safety features.

Q: Where can I use the hydraulic flange spreader safely?

A: These spreaders are suitable for on-site pipeline work in facilities like oil refineries, chemical plants, and water treatment stations throughout India. The compact size and corrosion resistance make them ideal for diverse and often demanding work environments.

Q: What is the process for operating the hydraulic flange spreader?

A: To operate, insert the tool into the flange access gap, connect the manual pump, and gradually apply hydraulic pressure. The integrated safety lock system ensures the flanges remain securely separated during the process, minimizing risk to the operator.

Q: How do the safety features benefit operators?

A: The built-in safety lock system minimizes accidental closures and ensures stable flange separation during maintenance work, greatly reducing the risk of injury and enhancing operational confidence for the user.

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