Wesman has a full range of Continuous Tray Pusher type Heat Treatment Furnaces up to a capacity of 10 MTPH to offer to the Automotive Castings, Forgings and other metal industries. These Heat Treatment Furnaces comprise of Tray Pusher type Hardening and Tempering Furnaces with Quenching facilities for polymer or oil as per the process requirement.
WHF Bhopal - Tray pusher furnaceTrays loaded with material are charged on the hearth over side by side skid rails so that it can be pushed into the furnace by means of pneumaticallyhydraulically operated pusher mechanism. Trays with material will be discharged at the opposite end of hardening furnace and will be placed over the cradle of the quenching system, which will immerse the charge tray with the material into the quench tank. After the quenching cycle is over, cradle will lifted up from the quenching tank and will be moved forward to the charge side of tempering furnace by means of electro-mechanical discharge roller conveyor. Trays with material, one by one, will again be charged on the hearth of the Tempering Furnace side-by-side so that it can be pushed from charging end to the discharging end by means of pneumaticallyhydraulically operated pusher mechanism. Trays loaded with material one by one can be end discharged at the opposite end of the tempering furnace in the unloading area where the material can be unloaded by means of hoist or tilting mechanism or manually. The empty trays can be brought to loading area of the Hardening Furnace for the next cycle over conveyors.

Wesman has a full range of Continuous Tray Pusher type Heat Treatment Furnaces up to a capacity of 10 MTPH to offer to the Automotive Castings, Forgings and other metal industries. These Heat Treatment Furnaces comprise of Tray Pusher type Hardening and Tempering Furnaces with Quenching facilities for polymer or oil as per the process requirement.
WHF Bhopal - Tray pusher furnaceTrays loaded with material are charged on the hearth over side by side skid rails so that it can be pushed into the furnace by means of pneumaticallyhydraulically operated pusher mechanism. Trays with material will be discharged at the opposite end of hardening furnace and will be placed over the cradle of the quenching system, which will immerse the charge tray with the material into the quench tank. After the quenching cycle is over, cradle will lifted up from the quenching tank and will be moved forward to the charge side of tempering furnace by means of electro-mechanical discharge roller conveyor. Trays with material, one by one, will again be charged on the hearth of the Tempering Furnace side-by-side so that it can be pushed from charging end to the discharging end by means of pneumaticallyhydraulically operated pusher mechanism. Trays loaded with material one by one can be end discharged at the opposite end of the tempering furnace in the unloading area where the material can be unloaded by means of hoist or tilting mechanism or manually. The empty trays can be brought to loading area of the Hardening Furnace for the next cycle over conveyors.