Ahmedabad, Gujarat, India
Our Products
When used to seal Bottom Discharge of a dust collector handling a relatively light dust load and operating at not more than 300 mm W.G. static pressure the light series Rotary Airlock will generally suffice. For a heavier dust loading and higher pressure or other materials handling and feeding applications a heavy duty gravity discharge feeder should be used.
The Blow-Through feeders has been used for many years in flour handling systems and non-abrasive material conveying systems in large bakeries, flour-mills etc. Being an integral part of the pipe line, Blow-Through Feeder allows the material into a pressure pneumatic conveying system in a very simple and positive way. Feeders in this services has limited range of application involving products which are relatively non-abrasive such as flour, finely ground coating clays, koalins etc.
Side Entry feeders are used on applications involving relatively large particles that can not be reduced by shearing between the rotor blades on the housing at the inlet. Side entry feeders are also used where fine products by this shearing action might cause damage to the system or create hazard. The inlet and outlet flanges are offset. Material entering from the side settles into the pocket of the rotor and particles do not get trapped between the blade and the housing. This type of feeders operates at fix speed and about 40% of the pocket capacity.
The RICON Dual Tunnel type diverters have been specially designed to route powders and pellets with minimum degradation inpneumatic conveying systems. The RICON plug type diverter is applied in the chemical, pharmaceutical, plastic, food and other related industries.
The RICON plug type diverter consists of an Aluminum housing and end covers in which a plug with two pipes is installed. All product contact surfaces are made from SS 304. Three approved silicone seals guarantee the sealing between housing and plug. The body is pressure tight, so ensuring no leakage to atmosphere. The standard diverter can be used in systems with positive pressures up to 3 bar g (static seals). The sizes 50-150 are optionally available for pressures up to 6 bar g (inflatable seals). The RICON Dual Tunnel Diverter Valve is supplied with a complete electropneumatic control system, including solenoids and inductive position sensors. The standard diverter can be used for product temperatures ranging from 25 C up to +80 C at ambient temperatures of 10 C up to +40 C. Versions for higher temperatures are available on request.
Double Flap Valves, also known as Double Flap Valves or Double Flap Gates, are a type ofairlock valvecommonly used in industrial applications as a component in bulk material handling applications.
Double Dump Valves are primarily used to discharge chunky, pellets, granules or fibrous, bulk materials from hoppers, bins, and cyclones operating under positive or negative pressure.
Double dump valves are used to discharge a flow of material while at the same time serving as an airlock transition point to preserve the pressure differential above and below the valve.
This type of material handling valve is ideal for use with bulky or abrasive materials that would tend to jam or damage aRotary Feeder
Double dump valves have two trap-door flap plates which open and close on an alternating cycle. The top gate opens to allow collected material to drop through onto the bottom gate. The top gate then re-closes to prevent air leakage above the valve. The bottom gate then opens to allow material to pass completely through the valve. The bottom gate then re-closes to prevent air leakage below the valve. This cycle is continuously repeated in order to maintain a steady discharge of material from the valve, while maintaining a positive seal on the system.
Each flap plate has its own pneumatically operated cylinder and solenoid valve. The timing of the valve is controlled by an electronic signal sent to the solenoid valves. This method of operation is design to provide first class automation with sequential controller for accurate timing of the desire functioning of the valve.
