Lambton machinery counterflow process is the refined technology of exposing processed product to an upward moving stream of ambient airflow. The cooler works on the principal of blowing air through columns of hot & moist pellets, which results in evaporation of moisture from the pellets. For moisture evaporation, heat is taken from the pellets leading to cooling of pellets. The product just entering at the top of the cooling chamber is exposed to the warmest air available within the cooler minimizing temperature shock. The product exiting the bottom of the unit is cooled to within 5-10ípof the ambient air temperature. The product and air have opposite flows the gradual heat transfer greatly enhances the product quality and reduces stressing and fines. To achieve the required cooling effect, pressure and volumetric flow rate of air, length of column and the residence time will play an important role
Counterflow coolers are available in either a rectangle, square or circular cooling chamber design the circular design enables product to be evenly distributed throughout the unit, increasing cooling uniformity. The round design eliminates all poorly filled corners. Most system installations encounter limited space situations while counterflow coolers provide invaluable versatility in system design. Counterflow cooler is in its highly efficient design which produces a uniformly cooled product with a low operating and installation cost compared to other conventional type coolers.
---material and cool air is in reverse direction, so that the pellet can become cool quickly and equally.
---discharge with slide valve so that volume can be adjusted to smooth discharge
---a probe level is installed
---the temperature of cooled material is under 37.4-41
---efficient, trouble-free, and affordable cooling
---improved moisture control and low-shock, tempered cooling.
Lambton drag conveyor is widely used in horizontal and inclined drag conveying of different materials. It includes:
--horizontal drag conveyor
--inclined drag conveyor
--self-cleaning drag
--conveyor
Lambton ensures the high quality and low cost of horizontal and inclined conveying machines whose capacity can be up to 1500t/h.
Head and boot features:
--high duty roller bearing
--screw tension structure
--big cleaning door
--high duty wearable dust seals
--spare liner for bottom and side plate
Trunk features:
--pre-assembled section: long distance, high standard
--trolley of super antifriction material
--spare liner for bottom and side plate
Chain and scraper:
--high duty roller chain
--super antifriction scraper ensures smooth running
Uses cema standard, cad, cam and cnc technology, offering special conveyor design for different industries. Lambton belt conveyor is widely used in grain, food, seed, beer, beverage, pesticide, tailings, chemical engineering, coal, port and other industries. Its capacity can be up to 1500t (wheat)/h or 100t (malt)/h.
Drum belt conveyor features:
--advanced technology in drum design ensures smooth running and long life
--many kinds of drum combinations for different material
--conveyors with large capacity and length use large drum, cushion drum and regulating drum, ensuring safe running. It is widely used in industries like grain storage, port, coal mine, cement and electric power
--can meet requirement of no breakage and low residue level, applicable to seed, grain and oil industries
--optional conveyor structures are the complete close, semi-close and open style. Portable and fixed type are available for both level and inclined conveyor
--packaged type easy erection
Air bed belt conveyor features:
-- international advanced drum, air chamber design and manufacture skills ensure safe and smooth running
--stiffened belt
--specially suitable for outdoor work, no additional safe guard device is needed
--packaged type easy erection
--portable and fixed type are both available with perfect environment protection featureíííí
Bucket elevator is used to transfer the material from ground level to certain height. It consists of a cotton or rubber belt running on one drive pulley at the top and the other one is driven pulley, which is at the bottom inside a fabricated casing.
Hammer mills are used for grinding almost all types of free flowing materials. They operate on the principle that most of materials will grind or crush upon the impact of swinging hammers.
Repeated contact with hammers, contact with the walls or screens of the grinding chamber and particle-to-particle contact grind the material. The material remains in grinding chamber until it is suitably sized to pass through perforated screen applied. It features the same heavy-duty construction and low maintenance design as the standard line of lambton machinery mills.
L-m hammer mills are designed for the most demanding operations. These rugged, high-efficient hammer mills are capable of fine-grinding either friable or fibrous materials.
The hammer mill for feed, oilseed and industrial processors will provide your operation the competitive edge necessary to maintain maximum profitability. Give us the opportunity to show you the features .
--very small clearance between hammer and sieve cloth
--rotors are balance adjusted and equipped with absorber to ensure stable running
--rotors can co-rotate and contra-rotate to increase lives of hammer and sieves
--motor and shaft are driven directly with coupling
--easy change of screens and hammers.
--sturdy and robust design
--best possible input to output power ratio.
--the hammer to screen clearance is much closer than traditional hammer mill designs.
--utilizes higher peripheral tip speed than standard hammer mills.
--all grinding is done against replaceable wear parts.
--easy replaceable wear parts.
--extra fine grind screen carriage for positive seal to prevent leakage.
