Flexocon Grid Spring Resilient Couplingcomprises mainly two hubs, Grid Spring and Cover to protect the spring to fly off to centrifugal force and to prevent Grease to come out. Grid Spring element is so designed that it provides resiliency for variable flexibility of a Coupling and damping properties making the Coupling very for drives involving high shock loads to the extent of 80%.

Misalignment - Angular, Parallel or Axial, that inevitably occurs between rotating shafts, which are independently supported, is also taken care of by the Spring element within allowable limits.

All Metal Construction having no fast wearing out components.
Torsionally flexible Transmit full torque with dampened vibration and deduced peak load.
Accommodates angular, parallel and axial misalignment.
High ratings.
Versatile design and interchangeability
Easy assembly and maintenance
Very low Downtime.
Longer service life.

Standard Couplings with vertically split cover.
Standard Couplings with axially split cover.
Flanged Couplings with vertically split cover.
Flanged Couplings with axially split cover.
Brake Drum couplings.
Spacer type couplings.

Flexocon Geared Couplingsis used to join two rotating shafts for efficient transmission of Mechanical Power. Flexocon full gearFlexible Gear Couplingconsists of two identical toothed hubs, two identical flanged sleeves with internal teeth, a gasket, a set of bolts, nuts and spring washers, lube plugs and two oil/grease retaining O-ring over the hubs.Flexocon Geared Couplingsare manufactured employing tested raw materials through precision manufacturing processes using special purpose machines, jigs, fixtures, tooling and gauges and are subject to continuous inspection.

Flexocon Geared Couplingsare designed and manufactured to accommodate Angular, Parallel and Axial Misalignments. Upto Plus/Minus 1.5 Degree angular misalignment capacity is provided in standard Couplings.

High Power to weight ratio.
Compact assembly.
Accommodates angular, parallel and axial misalignment.
Larger bore capacities.
Crown Gear teeth for longer life.
Less backlash error.
Heat treated as per application.
Generally used upto 120C.
Close tolerance connecting bolts.
Interchangeability.

Full Geared Coupling.
Half Geared Half Rigid Coupling.
Mill Motor Type Coupling.
BrakeDrum Type Geared Coupling.
Spacer type Geared Coupling.
Brake-disc Type Geared Coupling.
Shear pin type Geared Coupling.
Slide type Geared Coupling.
Vertical type Geared Coupling.
Single sleeve type Geared Coupling.
Floating Shaft type Geared Coupling.
Limiting end-float geared Coupling.
Torsion Shaft Geared Coupling.

Flexocon Pin bush type flexible Couplingsare of the cushioned drive type, transmitting the torque, through high Tensile bolts to the machine input shafts. Special Rubber Compounds are used in bushes so that it can absorb slight misalignments, tensional vibration and shock loads. The flanges are made of high grade cast iron. For special applications cast steel flanges are also manufactured.

Flexoconoffer 20 standard models of Pin bush coupling with rating range from0.81 KW to 249 KW at 100 rpm.

Flexoconalso manufacture Pin bush type Brake Dum cum flexible couplings of different diameter to suit standard as well as non standard brakes.

No lubrication required.
Accommodates misalignments.
Damps out vibration.
Reversing resiliency against shocks.
Easy installation and removal.
Inexpensive.

TheFlexocon Tyre couplingis primarily designed to allow for misalignment both angular and parallel and compensates for end float. Torsional vibration is reduced and shock loads minimized by the flexing body. TheFlexocon Tyre couplinghas been successfully subjected, under normal circumstances, to angular misalignment up to 4, parallel misalignment up to 3mm and end float up to 8mm.

The design of theFlexocon Tyre couplinghaving a flexing member with remarkable durability suppresses the Initial shock load and eliminates to a marked degree the stresses common to power driven machinery.

Highest Misalignment tolerance
Parallel :3 mm.
Angular :Max 4 degree
End float :Max 8 mm.
Better protection in impact loads & heavy shocks.
Easy to assemble & dissemble.
No need for lubrication.