Electromechanical – Exciting force for creating vibration`s is imparted by induction motor or unbalanced weight mounted induction motor. Critical components are vibrating frame, spring, and vibrator motor. Through drive of the motor / unbalanced motors, the rectilinear vibration / elliptical motion is imparted to the tray & through the vibration, the materials slip and sling on the funnel / tray, moving forward. Electromechanical feeder is ideal as a discharge feeder, or for conveying dry bulk material in the processing stage. Materials such as powder, plastic pellet, dry chemicals, glass cullet, coal, metals, ore, minerals, aluminum, mining and aggregates, grains, seeds, pharmaceutical products, dry detergents, ceramic, textiles, rubber, fibers, feed, wood chips, salt, sugar and much more can be conveyed by vibratory feeders. Vibratory feeder usually use in applications in the following industries: Steel, Glass, Foundry, Concrete, Chemical, Recycling, Mining Power.

Shree Sai Enterprises’s vibrating screens handle variety of powdery, granular & lumpy material. Vibrating Screens are applied to scalping and sizing either course or fine particles and dewatering solids. Units are available in stainless steel for food and pharmaceutical applications and are available in enclosed, open or hopper construction, with one, two, or three decks. Shree Sai Enterprises Vibrating Screens can be base mounted or suspended. Engineered to be efficient, reliable and economical, vibrating screens offer continuous long-life service, high productivity, and dependability. Features: One, or multiple deck models available Size or separate material from 6” to 20 mesh (840 microns) Positive eccentric action delivers more uniform distribution over screening surface for more efficient coarser applications Optional base or suspended ceiling mounting Customizable screen size and body design as needs dictate Benefits No dead areas Vibration confined to vibrating frame Smooth and quiet operation Exact sizing Low power and maintenance costs

The conveyor belts are made up of various materials, such as rubber, PVC, PU, Nylon etc. The material of the conveyor belt exclusively depends upon on various physico-chemical chacterisitcs such as the type of material, nature of product, weight to be transferred on it. The Conveyor Belt moves between the Head and Tail Pulley. The two pulleys should rotate parallel, so that, the belt moves effortlessly and smoothly.

Efficiently conveys dry to semi-fluid materials – free-flowing to sluggish Ideal for abrasive, corrosive or hazardous materials. Construction available in carbon steel, abrasion-resistant steels, stainless steel and high-nickel alloys Engineered and manufactured to meet specific customer requirements. Shree Sai Enterprises designs and manufactures Screw Conveyors to meet the needs of many industries, such as Chemical, Minerals Processing, Food, Wood Products and Wastewater Treatment Screw Conveyors are designed based on industry standards and are modular in construction providing flexibility for a variety of applications Shafted Screw Conveyors are manufactured to rigid quality standards. Features/Options: Custom engineered for your specific application Totally enclosed design for dust and vapor-tight requirements Cost-effective when compared to other conveying devices Flight configurations available for mixing and chopping Designs available for cooling and heating products utilizing

Electromagnetic feeders operate through controlled, high-frequency vibration generated due to electromagnetic excitation. This is accomplished with electrical pulses and a machine that is tuned to a mechanical resonant frequency that is higher than the electrical frequency of the power supply (sub-resonant tuning). Electrical pulses in the coils create a series of magnetic pulls that attract the armature and the deck. Restoring forces in the bar oppose each pull, causing the armature to spring away from the magnet. At an electrical frequency of 60 cycles per second, the armature and the deck operate at 3,600 times per minute (the vibration rate of the feeder)Material is moved by a series of “jumps” that correspond to the frequency of the vibrations. The distance the bars travel can be changed by varying the voltage to the coils. With this variation in the length of each “jump,” or vibration amplitude, the conveying speed of the material on the feeder deck changes, resulting in a capacity rate that fits your requirements.

Idler Roller Conveyor, Powerised Roller Conveyor, Accumulation Roller Conveyor, used to carry, tray, drums & boxes.

Typical construction consists of two parallel running chains with special attachment, guided throughout the conveyor length and driven by sprockets held securely in shafts. ‘C’ type folded slats are bolted to these chains and carry the load on top side. Slats return the loading point from bottom.

Air slide air gravity conveying system uses the forces of air & gravity to do most of the work without any moving parts. Air slide air gravity systems provide high capacity material handling while offering many economical and environmental advantages. Low maintenance No moving parts Minimal fabric wear Low noise level – blower noise only Clean Operates smoothly regardless of downstream equipment rate

Shree Sai Enterprises Rotary Valves (Airlocks) regulate the flow of material from one chamber to another while maintaining a good airlock condition. Common uses include at the discharge of dust collectors, storage bins and pneumatic conveying applications. Shree Sai Enterprises Rotary Airlocks can accommodate pressure differentials up to 20 psi and termeratures to 750º F (utilizing special high temperature bearings). We have made special valves to handle pressures to 350 psi and temperatures to 2200º F. Flange Designs: round or square Sizes: 1/2″ to 60″ Construction: Cast iron, stainless steel, sanitary Internals: Plain, chrome or nickel Drive:TFC geared motor unit side-wall-mounted to valve body. Taper lock sprockets. Heavy duty chain drive. Enclosed guard. Type:Standard, blow thru, offset Features: Adjustable Tips: For handling most products. Tips are adjustable, reversible,replaceable. Tips available in mild steel, stainless,PVC rigid, PTFE. Reduced Capacity Rotors: For handling sticky or difficult-to-discharge materials. For applications where the process requires a large valve but with a reduced capacity. Options: Air purge glands Body vents Dropout boxes Electroless nickel plating Explosion-proof, mill/chem duty motors Hard chrome internals Quick release rotors Motion detectors Shear plate deflectors

Shreesai Enterprises manufacture`s bale breaker for disintegration of packed bale into loose fiber’s which is discharged on Bagasse feeder charging conveyor. These are manufactured for 5TPH, 10TPH, 15TPH, 25TPH.