The demand for high quality foundry products and their cost effective production places high demands for furnace charging equipment's in foundries. To meets the market needs Filtech International introduced its state of art machine "Vibratory Furnace Feeder/Charger" today's most technologically advanced induction furnace charger.
Charger nosepiece is designed specifically for your furnace to control fumes and direct the charge into the center of your furnace. Vibrating furnace charge systems can be motorized to move forward, backward, up, down, or transversely. In special applications, vibrating charge feeders can be fully radio controlled and independent of rails.
The furnace hood is arranged in such a way that it can be fitted for charging pouring. The furnace lid itself hangs from a chain inside the hood. The hood is raised and the charging machine drives up to the charging point and than the vibrating feeder is energised, The furnace is filled and as the contents are melted down the furnace is kept full.
The principal component of the blast furnace charge is sinter, so that its quality sig- nificantly affects furnace smelting conditions. The sinter is delivered to the receiving ... 250 m 3 capacity each, an electric vibrating feeder 2, intermediate skip 3, scale 4, inter- mediate skip hoist 5, and skip for fines I0. ...
Furnace charger will consist a Vibrating Feeder with an integral hopper and will move on rails. Charger will move into position and feed at the required rate, there by making the operation safe and effective. PSI Technologies Inc., can offer furnace chargers for 10 ton induction furnace to 25 ton induction furnace.
The charging car on the vibrating furnace charge consists of a discharge chute with complete vibratory furnace charging device. The discharge delivery end is inclined & formed of a rounded trough to bring about a good charge distribution and enable irregular, bulky pieces to be discharged. The feeder is driven by unbalanced vibratory motors.
A two-screw batch feeder with the indicated changes incorporates the following basic units and mechanisms (Fig. 1): a supporting frame 1 equipped with a flat heat-shielding screen 2; a batch receiving funnel 3 to whose two outputs the screw chargers 4, 5 are connected; a system of levers 6 connected with an eccentric mechanism 7; a batch pusher 8 consisting of …
Fig 3 Simplified layout of a blast furnace plant. A BF plant consists typically of several sections. These sections are (i) raw material storage, handling, and reclaiming, (ii) stock house, (iii) charging system, (iv) furnace proper, (v) cast house, (vi) slag processing and handling, (vii) hot metal handling, (viii) hot blast stoves and hot blast system, (ix) gas cleaning plant, (x) …
The key to a successful bucket-charging operation is an effective system for filling, moving, emptying and returning the buckets. Bucket charging systems must be used with charge drying or preheating systems for safety. Vibratory Conveyors. Vibratory conveyors are the most versatile and rugged of all furnace charging systems.
We offer a variety of Vibrating Feeders like Electromechanical Feeder, Electromagnetic Feeder, Grizzly Feeder, Tubular Feeder, Dewatering Feeder and Furnace Charging Device which can be used for various applications like dosing, batching, mixing etc.These feeders are manufactured using a high quality raw material and are ideal for conveying dry bulk material in processing …
Key words: Blast furnace, discrete element method, size segregation, validation Abstract. A numerical study of the charging process of a full-scale blast furnace, based on the Discrete Element Methodis presented., This study concentrates on the granular flow in a rotating chute employed to distribute appropriately the charge in the furnace.
The SKAKO furnace charger is the safest and most reliable equipment for charging melting furnaces. It's design and operation avoid hot metal splashing, while the vibration controlled by a frequency converter and weighing system optimizes the furnace charging. ... A travelling motorized trolley to release the feeder from the furnace and/or to ...
The charging bin rises and pours the charge into the furnace filling zone from the top through the furnace feeding hole, which opens using a hydraulic drive. A three-dimensional model of the furnace feeder with a hydraulic drive is shown in Fig. 2, and the principle of its operation is shown in Fig. 3.
The vibratory charging car on the vibratory furnace charger comprises a discharge chute with vibratory feeder for the metallic components and is hopper all mounted on the travelling framework with drive gear. The discharge snout is inclined and formed of a rounded trough to bring about a good charger distribution and enable irregular or bulky pieces of scrap or returns …
Vibrator Conveyors — Extremely mobile and heat-resistant, a vibrator conveyor is the most versatile and rugged of all furnace-charging systems.These systems can be arranged in fixed positions for holding, weighing, consolidating, and transferring charge materials. A vibrator conveyor is an ideal equipment choice for feeding charge materials into a full-power induction …
General Kinematics Vibrating Furnace Chargers feeders and charger systems give you precise automated batch control, optional scrap drying and other chargers enhancement capabilities. Equally important, automated systems help improve worker safety. Charger nosepiece is designed specifically for your furnace to control fumes and direct the ...
The key to a successful bucket-charging operation is an effective system for filling, moving, emptying and returning the buckets. Bucket charging systems must be used with charge drying or preheating systems for safety. Vibratory Conveyors. Vibratory conveyors are the most versatile and rugged of all furnace charging systems.
Vibrating Feeder Furnace Charger. The metallic components like scrap, bales, pig iron and foundry retains are stored in the hopper. The hopper shape is specially designed to enable bulky and irregular scrap pieces to be extracted without problem. Vibrating furnace charger is effective solutions to problems such as high labor cost, hazards ...
When system is activated, predse amounts of material are then loaded into the furnace charge feeder for accurate charge make-up. Stationary bins accumulate all material in bin, and when the material mix is correct, dam-shell type gates open, depositing the charge into the furnace feeder. Selection of which type of charge make-up solution varies ...