

Is an ideal channel for the pumping of damaging solids, such as dust, Powder, wood chips, particles, petroleum, fuel, etc., and can also be used for ventilation equipment Regulation, industrial dust, etc.

Transport of industrial dust particles. As a pumping and transportation channel

PVC plastic reinforced pipes are mainly used for power transmission and debris collection of lawn mowers: 1. when use as a power hose, that pow hose is used for connecting an engine and a working part of the mower and transmit power to drive a blade to run; 2. When it is used as a grass collecting hose, it connects the cutter head of the mower with the grass collecting bag to quickly convey the cut grass clippings, fallen leaves and other sundries.

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Custom Machining of Non-Standard Hardware Components
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Custom Machining of Non-Standard Hardware Components
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Custom Machining of Non-Standard Hardware Components


GLY5 high-pressure water deburring machine uses a special pump to pressurize water or water-soluble liquid, and then spray it from the nozzle in a certain shape, such as fan, cone, etc., to produce huge impact energy to impact the parts, so as to achieve the purpose of deburring. By upgrading the existing CNC machine tool and installing a high-pressure water deburring device, the best deburring parameters adapted to the burr characteristics can be obtained through appropriate selection of pressure, flow and feed speed. Through the control of CNC machine tools, burrs can be accurately positioned and automatic high-pressure injection can be realized; the system has high flexibility and adjustability, is suitable for various workpieces, and is suitable for the processing requirements of various varieties, specifications and scenes; the generated waste water can be recycled after being filtered, has no consumables, is environment-friendly and energy-saving, and helps enterprises to achieve the development goal of reducing cost and increasing efficiency.

Based on the customer's demand, a new generation of machine tool high-pressure oil supply cooling filter device GLY2 is developed, which can realize the functions of tool internal cooling, deep hole chip removal, high-pressure chip breaking, high-pressure cooling, efficient filtration, etc., with high filtration accuracy, no consumables, no need for frequent maintenance, and can be recycled to ensure the service life of the main components of the high-pressure pump. It is mainly used in high-pressure internal cooling of machine tools, cutting, improving the service life of cutting tools and improving the processing accuracy and surface finish of products. Equipment advantages: 1. Avoid the winding of scrap iron: Eliminate the trouble of scrap iron winding the cutter and workpiece in metal processing, avoid the winding of scrap iron on the parts and cutter, and make the cutting smoother. 2. High-efficiency filtration system: filtration precision 20-60 μm, no consumables, recyclable filter element, to ensure the service life and performance of the high-pressure pump. 3. Improve the surface finish: improve the surface finish of processed parts, improve the quality of parts, and improve the market competitiveness of products.


One Design background According to the changes in the industry, with the growing market for gas sales projects, we carry out research and development according to the requirements of post-processing equipment for gas sales projects. The air-cooled dryer is required to have low pressure drop, dew point of 2-10 ° C, and low energy consumption According to these three characteristics, we set the development route as a pre-cooler plus a three-in-one high-performance board converter plus a frequency conversion system to achieve the above requirements. The detailed details are described below. Two Theoretical basis Compressed air firstly enters the pre-cooler for cooling, then enters the three-in-one high-performance plate exchanger pre-cooling regenerator for secondary cooling, then enters the evaporation part for forced cooling and water diversion, and the treated low-temperature compressed air enters the pre-cooling regenerator to exchange heat with the entered hot air, so that the low-temperature compressed air is heated and flows out; The refrigeration system precisely controls the compressor speed according to the change of system load, and automatically adjusts the frequency to meet the processing requirements. Three Component description 1. The pre-cooler cools the compressed air with higher temperature. The pre-condenser is required to be small in size and high in heat exchange efficiency. Therefore, we adopt the plate-fin heat exchanger and the plate-fin heat exchanger, which are made of aluminum alloy and have high heat exchange efficiency. 2. High-performance three-in-one plate exchanger According to the design requirements, we have designed a special plate exchanger separately, which is characterized by low pressure loss, large heat exchange area, and the same processing capacity is more than 30% larger than that of ordinary three-in-one plate exchanger. 3. Frequency conversion system, the system program is specially adjusted for this model, featuring high precision, fast response, wide range of data reading, such as compressed air inlet temperature, outlet temperature, dew point temperature, compressed air pressure value, evaporation temperature, condenser temperature, suction temperature, evaporation pressure, condenser pressure, refrigerant exhaust temperature, the whole series of standard RS485 communication interface 4. Inverter compressor, in order to provide more stable operation of the equipment, we use Mitsubishi permanent magnet DC inverter compressor in the whole series. Mitsubishi DC inverter compressor runs smoothly, with wide frequency range and low noise. The internal rotor is treated with anti-wear coating, which can maintain stable output at ultra-high speed.

I. Working principle The zero air consumption blast heat regeneration adsorption dryer is based on the low air consumption blast heat regeneration adsorption dryer, and a mid-mounted cooler is added. Ambient air sucked by the blower is heated by the heater to heat and desorb moisture from the adsorbent, hot air circulates through the intermediate cooler and the regeneration tower in the cooling stage, the regeneration tower is cooled through continuous closed circulation, and compressed air is not consumed in the whole regeneration process. II. Design Features 1. Communication can meet the user's requirements of RS-485 (standard configuration) and Internet of Things connection; 2. Self-developed EBZ200-2 multi-core driver, compared with the fixed cycle mode, can save more than 10% of the comprehensive energy consumption; 3. Dew point energy-saving control is selected, which can prolong the adsorption time and reduce the comprehensive energy consumption by more than 30% in the working condition of load fluctuation; 4. Customized high-performance adsorbent with 20% filling margin; 5, brand high-pressure blower, high-performance pneumatic valve, HTFS software design of high-efficiency cooler, reliable performance, long life; 6, 304 stainless steel control gas pipeline, specially designed shunt, high utilization rate of adsorbent, small gas pressure loss; 7, 7-inch Kunlun Tongtai touch screen programmable controller, dynamic monitoring of the operation process, signal acquisition including: air outlet temperature, heating temperature, regeneration tail gas temperature, A/B tower pressure, O blower pressure, dew point temperature (optional).





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