Recently, the silicon carbide drying production line developed by Changzhou Lijun Drying Engineering Co., Ltd. overcomes the weaknesses of static drying with low efficiency and high consumption, and is a new type of highly efficient fluidized drying equipment. In the design process, this machine fully combines the characteristics of flow drying such as air drying and avoids weaknesses, so that the entire machine has a reasonable process structure and superior use performance, and truly achieves the objective of low-cost and high-efficiency fluidized drying.

It is reported that this machine has a wide range of applications, and can be used to dry materials such as silicon carbide, black silicon carbide, green carbon silicon, black carbon silicon micro powder, green silicon carbide micro powder, foam ceramic silicon carbide, refractory silicon carbide, etc., with small specific gravity. . The equipment has high thermal efficiency, low energy consumption, small footprint, simple configuration and convenient operation and control. The principle is that the hot air enters the mixing and crushing drying room from the bottom of the dryer through the air inlet at a suitable spouting speed, and the materials are strongly sheared, blown and rotated, so the materials are subject to centrifugation, shearing, collision and friction. It is micronized to enhance mass transfer and heat transfer. At the bottom of the dryer, the larger and more humid granules are mechanically crushed under the action of the agitator. The particles with lower moisture content and smaller particle size are entrained and lifted by the swirling airflow, and further dried during the rising process due to the gas-solid phase. For rotary flow, the inertia of solid phase is greater than that of gas phase, the relative velocity between solid and gas phases is large, and the heat transfer effect between two phases is strengthened, so the drying intensity of the machine is high.

Outstanding features: a variety of feeding devices for selection, feeding continuous and stable, will not produce bridging phenomenon. A special cooling device is installed at the bottom of the dryer to avoid deterioration of the material in the high temperature zone at the bottom. Special pressure sealing device and bearing cooling device effectively extend the service life of the transmission. The special air distribution device reduces the resistance of the equipment and at the same time it tends to balance the wind speed inside the tower. The drying chamber is equipped with a grading ring and a cyclone sheet, and the material fineness and the final moisture can be adjusted and controlled.

It is understood that the company has advanced experimental equipment for customers to test, and has a first-class design, research personnel and engaged in non-standard design and research and development of drying equipment, at any time to provide technical services to customers. The company has developed a series of products such as drying, granulation, mixing, crushing, dust removal, screening, dry process, wet process, desulfurization, heat exchange, concentration, reaction, storage, distillation, etc., which are widely used in pharmaceutical, chemical, food, Agricultural and sideline products processing and other fields.

Marine Electro-hydraulic Windlass

The windlass is installed on the main deck of the ship's bow, which is used for the ship to lift the anchor and drop the mooring cable.
Windlass can be divided into manual, electric, hydraulic, pneumatic, etc. according to the driving form.

The windlass can be divided into several specifications such as φ12--φ120mm according to the diameter of the anchor chain.
Windlass can be divided into single-sided and double-sided according to the distribution of drums.
The windlass is mainly composed of base, bracket, chain wheel, brake, chain wheel, gearbox, electric control system (except manual windlass), etc. Electric windlasses have electric motors, and hydraulic windlasses have hydraulic pump stations.
The main technical indicators of the windlass include the diameter of the anchor chain, the nominal speed of the anchor, the rated load, the supporting load, several levels of speed change, electrical system, etc. The installation of the windlass on the ship should ensure that the wrap angle between the anchor chain and the sprocket is 117-120°.
Electric windlass
The electric motor directly drives the windlass, and the drive shaft is driven by the gear box to work, and the structure is simple; it is generally suitable for windlasses with an anchor chain diameter of 16mm-93mm.
hydraulic windlass
It is suitable for windlass with anchor chain diameter of 16mm-120mm. Hydraulic windlasses are also called electro-hydraulic windlasses. It drives the oil pump with a motor, drives the motor with high-pressure oil, and then drives the transmission gear through a reducer (or no reducer). To make the windlass run, its structure is relatively compact and its volume is small. Now there has been an automatic hydraulic windlass, which is equipped with an anchor chain length sensor. When the anchor chain needs to be thrown out, the windlass will automatically stop; , can automatically decelerate; the anchor will automatically stop when it enters the anchor chain drum and is properly received.

Marine Electro-Hydraulic Windlass,Windlass Anchor,Electric Windlass,Manual Windlass

TAIXING HAITAI GLOBAL TRADE CO.,LTD , https://www.jiangsuhaitship.com