Keshav Engineers

Torsionally rigid and low-backlash gear couplings of the RINGFEDER® TNZ series – former TSCHAN® TNZ and POSIFLEX® – are made of high-strength steel and are proving themselves worldwide in all industrial sectors where extraordinarily high torques must be transmitted from shaft to shaft. These include particularly heavy-duty applications, e.g. in the direct drive of conveyor systems, mixers, rolling mills or roller tables. As flexible shaft connections, our RINGFEDER® Gear Coup­lings transmit the torque positively by means of hubs with crowned teeth, which are constantly in mesh with the straight-toothed tooth sleeves. They are characterized by extremely high power densities and, depending on the coupling variant, are also suitable for the effective compensation of axial, radial and angular shaft misalignments. Thanks to high-quality grease lubrication with ultra-high pressure additives, minimum restoring forces are achieved and thus a reliable, almost wear-free operation is guaranteed. Our unique modular system offers users maximum flexibility in the assembly of precisely fitting coupling designs – suitable components, e.g. brake discs or drums and torsion shafts, can be adapted to suit specific requirements.

Torsionally rigid and low-backlash gear couplings of the RINGFEDER® TNZ series – former TSCHAN® TNZ and POSIFLEX® – are made of high-strength steel and are proving themselves worldwide in all industrial sectors where extraordinarily high torques must be transmitted from shaft to shaft. These include particularly heavy-duty applications, e.g. in the direct drive of conveyor systems, mixers, rolling mills or roller tables. As flexible shaft connections, our RINGFEDER® Gear Coup­lings transmit the torque positively by means of hubs with crowned teeth, which are constantly in mesh with the straight-toothed tooth sleeves. They are characterized by extremely high power densities and, depending on the coupling variant, are also suitable for the effective compensation of axial, radial and angular shaft misalignments. Thanks to high-quality grease lubrication with ultra-high pressure additives, minimum restoring forces are achieved and thus a reliable, almost wear-free operation is guaranteed. Our unique modular system offers users maximum flexibility in the assembly of precisely fitting coupling designs – suitable components, e.g. brake discs or drums and torsion shafts, can be adapted to suit specific requirements.

Top shaft IS USED IN GEAR BOXE
stablished in the year 2018, we "Keshav Engineers" are the leading Manufacturer,  of a wide range of Gear Box,Gear Shaft etc. Our presented products are extremely admired for their sturdiness, longer life, top quality and nominal costs. Moreover, we work under the direction of our mentor Mr. Butani Under his headship, we have achieved a prominent place in the market.

Torsionally rigid and low-backlash gear couplings of the RINGFEDER® TNZ series – former TSCHAN® TNZ and POSIFLEX® – are made of high-strength steel and are proving themselves worldwide in all industrial sectors where extraordinarily high torques must be transmitted from shaft to shaft. These include particularly heavy-duty applications, e.g. in the direct drive of conveyor systems, mixers, rolling mills or roller tables. As flexible shaft connections, our RINGFEDER® Gear Coup­lings transmit the torque positively by means of hubs with crowned teeth, which are constantly in mesh with the straight-toothed tooth sleeves. They are characterized by extremely high power densities and, depending on the coupling variant, are also suitable for the effective compensation of axial, radial and angular shaft misalignments. Thanks to high-quality grease lubrication with ultra-high pressure additives, minimum restoring forces are achieved and thus a reliable, almost wear-free operation is guaranteed. Our unique modular system offers users maximum flexibility in the assembly of precisely fitting coupling designs – suitable components, e.g. brake discs or drums and torsion shafts, can be adapted to suit specific requirements.