Features

• Pellet under pneumatic conveying system can be in real time sampled.
• The function to make sampling and the air volume control become independent is provided, and the adjustment and the air volume control of the sample quantity can be facilitated.
• Some types sampled from the reservoir in the hopper.

Features

Features

• Suitable for horizontal feeding over relatively short distances, Screw Feeders can also be used for slightly damp materials.

Features

• Enables high-speed cutting and grinding of thin films, enabling highly efficient conveying of granulated materials.
• Provides full support for long-distance transportation of materials.
• Current edge-trimming requirements for resin film production machines emphasize: (1) high-speed film feeding up to 500 m/min; and (2) handling of films as thin as 1 µm.
• Precision grinders are required to enhance performance for thorough, efficient processing of such thin films.
• In operation, film is cut and instantly crushed into flakes in a single, highly efficient process series.
• Large-scale crushing is enabled together with long-distance transport for total system support.
• Additional features include unrestricted installation orientation, extended blade life, and outstanding cleanliness.

Features

Features

Features

• It is made of transparent and hard glass.
• It can be checked the state of the conveying materials in the piping.

Features

Features

• It is used to prevent the back flow of the materials and gas.

Features

• Line Filters are used to remove unwanted impurties during material transport.
• SUS multi-layered screen or PVF filter elements can be used, and both round and square filter structures are available.

Features

• It is installed at the suction side of the blower.
• It can remove dust from the atmosphere.
• Filter element uses PVF as a standard.

Features

• It is used for separation of a conveying materials and gas.
• Depending on the application, there are three type of cyclone for pellet, powder and dust collection.
• We can manufacture from small size (Φ200)　to large size (Φ2000).

Features

• Use primary airflow is used as a part of classification airflow.
• It has higher classification performance than the swirling current classifier.

Features

• It is pneumatic classifier. It can separate fine and steamers from plastic various products (pellet and chip) efficiently.
• This can be installed directly at the end of pneumatic conveying line and is the most suitable for separating products and classified material in the final process.
• The required gas volume is small, because this classifier uses the conveying air for the part of classifying air.

Features

• The two-way valve is of damper type and is primarily used for switching a shoot pipeline.
• The angle of diverting can be manufactured to suit the piping layout, as the product is canned equipment.
• Dampers are available in metal, nylon, and Teflon options.

Features

• It can be directly installed on a top nozzle of silo. So the bend pipe is unnecessary on silos. Therefore it also reduces an initial cost because piping and support construction become easier.
• The maintenance trestle can be easily planned.
• We make the distance of face to face short, and add the libs in order to rise rigidity.
• The change of diverting direction is easier than standard type (GC, GH). The change of diverting direction means changing the location of air cylinder.

Features

• The automatic version uses a torque-cylinder driving unit for easy maintenance and quick repositioning of the diverter.
• An O-ring replaces the conventional oil seal to seal the shaft for higher pressure-tightness.
• The diverter body is strong enough to withstand all piping stress.
• The face-to-face length of the casing is the same for the GC and GH versions of the same model, irrespenctive of flange standards.
• The shaft easily withstands the maximum cylinder output (working pressure0.7MPa) A square shaft reinforces the joint of the diverter.
• Simply adjust the torque cylinder to bring the rotor into position.
• ※The GH version has a Teflon-coated rotor to provide a tight seal.
• (Leakage into an open channel is below 1/5 that of the GC version.)

Features

• It is mainly installed the upper part of Rotary feeder located at the bottom of silos.
• The forms for “open and close” are automatic type which uses air cylinder and manual type.
• Few “Pellets Bites” by “open and close” and few remaining products in this slide gate valve

Features

• When water washing, rinse water can be discharged from “drain hole”.
• Pull out the pellet in emergency from “drain hole”.
• Interrupts the flow of the pellet like a conventional slide gate valve.

Features

• Unlike the slide gate valve of conventional metal powder does not occur because the valve body is not in contact with the casing.
• Biting of the pellet is very small by the beak shape of the casing, I work smoothly.

Features

• The distance of face to face is lower than standard type, because the discharge port is installed at the side with using pneumatic conveying air.
• The shape of In and Out Ports of the Feeder are considered to reduce the bite of handling material. The damage of the pellet is a minimum.

Features

“COSMO FLOWREX Ⅱ”

Features

• This rotary feeder is for the pulverized materials of resin films, PET bottles, and Plastic products.
• This type can make the light products like them, for example thin material like films, supply into the conveying pipe.

Features

• The Continuous Flo-Charger is a modular type, part of a pneumatic conveyor system that continuously charges a constant quantity of solid fuel, such as coal or oil coke, into the pressurized furnace of a boiler or other combustion equipment.
• The PC model connects with a weigher-feeder for high precision, while the PCF model incorporates a constant volume feeder in the main body.
• Long experience in pneumatic transportation has enabled the design of this highly stable constant feed system.
• Extensive supply records are maintained for pneumatic conveyor systems.
• The engineering service for pneumatic conveyance is available for use.

Features

• The proportion of “Pellets Bites” is kept under 6 pieces of pellets per 25kg (approximately 1,200,000 pellets).
• High performance is achieved, with the occurrence of fines and miss-cuts maintained at under 1 ppm.
• The discharge rate remains unaffected by fluctuations in sealing pressure.
• The discharge rate exhibits a linear characteristic with changes in the rotation speed of the rotary feeder.
• “Pellets Bites 0 (zero)” is achieved through the following four mechanisms: control of rotor efficiency, stable supply, management of leakage gas, and prevention of pellet return.

Features

• This type is a non-contact Rotary Feeder designed for high-pressure sealing performance.
• It can handle seal pressures of up to 0.4MPa.
• The design reduces gas leakage by utilizing a vent nozzle on the casing and side plate of the rotor.
• Stable supply is ensured under high differential pressure through the use of a vent chamber (PATENT).

Features

• This type is usable at the middle range of differential pressure (under 0.2MPa).
• In case of pellet, “Pellet Bites” is reduced by “W” shape of the casing.
• Casing and Rotor for ER-unit share with that of GR-unit.
• And ER-unit is usable at the middle range of differential pressure by devising Side Cover.

Features

• “Standard seal” type of rotary feeder for maximum seal pressure 0.1MPa.

Specifications

Features

Features

• It is a rotary feeder for the high temperature that makes the bearing water-cooled.
• It uses it at chiefly 300℃ or more.

Features

• This type, which is used at a high pressure of 10 to 50kg/㎤G, can be designed and manufactured as desired.

Features

• Frequent type change in food and chemicals and washing performance are required for this type, which boasts of a high sealing performance.

Features

• This type is used for tacky powder, which is coupled direct with a transport pipe in the direction of main body shaft.

Features

• Scraping blade under the rotor removes conveying materials adhered in the rotor pocket.
• It prevents conveying problems.

Features

• This Type is a laege-capasity rotary feeder of 200t/h or more.
• The spacing is smaller, compared with the single-barrel type, and this type can be manufactured to a high precision.

Features

• This type is an upgraded version of type AGR, which uses alumina ceramics having an excellent abration resistance for replaceable sleeve material.
• This material exhibits a much higher durability than of Type AGR of cast steel.

Features

• Rotary feeder connected with the motor directly.
• It can be installed in a small space.
• So, a chain and sprockets are unnecessary, there are few dangerous parts and the maintenance of oil supply etc. is unnecessary.
• Capacity can be changed by using the inverter motor.

Features

• This type is designed for use in abrasive powder.
• The casing rotor rotating section is of a sleeve replaceable type: the unit is restored by replacing the sleeve, if worn, without damaging the casing.

Features

Features

• This type is usable at the middle range of differential pressure (under 0.2MPa).

Features

Features

• In the type of Floating Flow, there are two kinds of flows such as Layer Flow and Suspension (Dispersion) Flow.
• Layer Flow is comparatively low (Middle) gas velocity and powder/pellets is collected at the bottom of conveying pipe.
• Suspension Flow is comparatively high gas velocity and powder/pellets is conveyed with dispersed.
• Suspension Flow have few restriction conditions and can be easily designed and be used widely for many years.