SFSH SFSM series hydraulic and mechanical flange separators

Flange separator
Tip thickness: 6mm

Maximum separation distance: 80mm

Maximum separation force: 8-14ton

Maximum working pressure: 70MPa (SFSH-14)

characteristic:
Suitable for maintenance, repair, testing, and valve replacement applications.

● Integral separation wedge, frictionless, parallel and smooth movement, eliminating the threat of flange damage and separation wedge damage.

Unique interlocking wedge design, the first level has no bending or slipping threat.

The insertion port requires a size of only 6mm.

The design of the stepped arm allows each step to withstand full load.

The step pad can increase the opening distance of the flange separator to 81mm.

Fewer moving parts, durable and easy to maintain.

The SFSM-8 mechanical separator is equipped with safety pad SSB-1, step pad SFSB-1, and ratchet wrench SSW-22.

The SFSH-14 hydraulic separator is equipped with safety pad SSB-1 and step pad SFSB-1, as well as NPT3/8 quick couplings and dust caps.

The flange separator is a device for separating large industrial machinery, which is divided into hydraulic flange separators and mechanical flange separators. Mainly used for pipeline maintenance, pipeline construction, testing and flange replacement, maintenance gaskets, pressure vessels, cylinder head opening, power plants, bearing disassembly, oil and electric drilling, motor rotor disassembly, offshore platforms, jacking work, shipbuilding, industrial equipment, horizontal movement of workpieces and other industry fields.
The advantages include:
1. High separation force and lightweight body, suitable for narrow spaces and high-altitude operations.
2. Increase the separation amount and reduce the depth of wedge block insertion into the flange.
3. Can be used as a jack
4. Overcoming space limitations, portability, and reducing labor intensity.
5. Prevent flange misalignment while separating
6. No friction, parallel, smooth movement, no damage to flanges, wide applicability, convenience, safety, and improved efficiency.
7. There are two options available: mechanical and hydraulic