What Are The Advantages of The Fully Dipped Glove Production Line?

 Disposable latex glove production line Production process

To produce disposable latex gloves, the main raw materials and additives are first stirred and mixed in a special container in a certain proportion to form an emulsion. After filtering, vacuuming, and standing still, the mixture is pumped into the dipping tank in the production line. Under normal production conditions, the hand molds on the assembly line automatically enter the dipping tank, and the hand molds that adhere to the emulsion come out of the dipping tank in turn, and continuously rotate during the journey to make the emulsion on the surface of the hand mold uniform and make the excess emulsion hang down. Drip down. The dripping liquid returns to the immersion tank through the collection tank.

After dripping the excess emulsion, the hand mold moves into the oven with the production line. The temperature of the oven is controlled at 230-250 degrees Celsius. Under this condition, the emulsion that is touched by hand is cured and formed. The hand mold coming out of the oven undergoes processes such as natural cooling, lip curling, and powder dipping. The gloves are manually removed from the hand mold, and the hand mold continuously moves to the dipping tank. The unloaded disposable latex gloves will be put into storage as a finished product after powder removal. Check here to know more details.

Advantages of the fully dipped glove production line

Today, I will talk about this topic with you. Customers who need a small glove dipping machine, a nitrile glove production line, and a labor protection glove production line can contact Yugong Machinery.

1. The automatic design is completely based on the chemical properties of the raw materials and the process requirements of glove forming, with compact equipment flow and a more reasonable mechanical structure. Stable, uniform thickness of the coating, no-sag, uniform temperature, high output, and smooth process.

2. The drying box adopts the tunnel-type drying method, the principle of hot air rising, and the recycling of hot air circulating stirring so that the disposable glove dipping machine equipment can get the best effect with the minimum power when in use.

3. Use the principle of effective hot air circulation in the heating space to reduce costs. Multi-stage PID temperature intelligent control system, the temperature error does not exceed ±5℃, and the heat uniformity and gloss are good.

4. YG glove dipping equipment has high output, a unique joint design, a simple operation for changing molds, and a quicker cycle speed.

5. The automatic vibrating glue dropping and uniform glue system makes the finished gloves more neat and uniform, and the thickness is even.

6. Aiming at the fragile defects of ceramic molds when vibrating, the conveyor mechanism of YG's fully dipped nitrile gloves-making machine adopts a special guiding track to run smoothly, reliably, without crawling, or jamming, and meet the stability requirements of the conveyor device during operation.

7. Special high-temperature resistant chain is adopted, a co-extrusion one-step method, speed up production speed, and increase output.

How Many Oxygen Production Equipments?

Oxygen production equipment is equipment for producing gaseous oxygen. Oxygen production equipment includes three aspects: industrial oxygen production equipment, household oxygen production equipment, and medical use oxygen generator.

Industrial oxygen production equipment

The principle of industrial PSA oxygen production equipment is to use air separation technology. First, the air is compressed at a high density and then the difference in the condensation point of each component in the air is used to separate the gas and liquid at a certain temperature, and then it is obtained by further rectification. Industrial oxygen is generally obtained through this physical method. The oxygen generator is also called air separation equipment. According to the number of products, it can be divided into small-scale oxygen generator equipment below 800m3/h; medium-sized equipment from 1000-6000m3/h; large-scale equipment above 10000m3/h. The so-called 800m3/h and 1000-6000m3/h represent the hourly output of the oxygen plant from the air separation tower. China's oxygen production equipment is generally composed of air compressors, pre-cooling devices, purification devices, and air separation towers.

Household oxygen production equipment

The working principle of household oxygen-making equipment: using molecular sieve physical adsorption and desorption technology. The oxygen-making machine is filled with molecular sieves, which can absorb nitrogen in the air when pressurized, and the remaining unabsorbed oxygen is collected and becomes after purification. High purity oxygen. The molecular sieve discharges the adsorbed nitrogen back into the ambient air when it is decompressed and can absorb nitrogen and produce oxygen during the next pressurization. The whole process is a periodic dynamic cycle process, and the molecular sieve is not consumed.

Medical oxygen production equipment

All medical oxygen production equipment adopts the world's advanced PSA (pressure swing adsorption) air separation oxygen production technology, which is based on the difference in the adsorption capacity of the attractant (zeolite molecular sieve) on oxygen and nitrogen in the air to achieve oxygen and nitrogen Separate. When air enters the bed filled with adsorbent, nitrogen has a strong adsorption capacity and is adsorbed, but oxygen is not adsorbed so that a high concentration of oxygen can be obtained at the outlet end of the adsorption bed. Because the adsorbent has the characteristic that its adsorption capacity changes with pressure, changing its pressure can make adsorption alternately perform adsorption and desorption operations.

Regardless of the purpose of the oxygen production equipment, the physical oxygen production method is adopted, and the oxygen is separated by isolating the air.