Sealed Nylon Cage Bearing is one type of Deep Groove Ball Bearing with unique nylon cage. It is often used in the mine. has better anti-stuck performance and wider range of temperature than iron cage. In the underground its anti-static performance is also better. It is best cost-effective Bearing For Idler roller.
The selection of sealed nylon cage is crucial to KA bearing with one or double seals, while the material of nylon cage must be pure and has enough toughness and strength, because the cage will get very soft if it is made of bad material or mixed material, thus to make no anti-stuck performance within the bearing. To get safety certificate for coal mining products must use nylon cage bearing.
Special: Our KA(Nylon retainer) series bearings Obtained MA certification, safety certificate of approval for mining products (rollers) in China. With good performance of anti-seize and anti-static.
Feature Of Our Nylon Retainer:
1. reinforced nylon retainer, it has good low noise properties and better sliding
characteristics
2. very good corrosion resistance
3. a wide temperature range
4. Product tested by National Coal Science Institute and Provincial Quality Inspection
Center. mine standard in China.
5. Good toughness and strength, good anti-seize performance, constantly used in dusty environment and underground environment.
Main Products:
To be the first class, to do the best quality, to make users satisfied, to ensure customers relieved, are our enterprise purposes. Welcome bearing dealers` and Conveyor Idler manufacturers contact from all over the world, and become our partner.
Sealed Nylon Cage Bearing,Cheap Sealed Nylon Cage Bearing,Sealed Polyamide Cage Bearing Shandong Xinkaite Bearing Co., Ltd. , https://www.idlerbearing.nl
[ China Agricultural Machinery Industry News ] Agricultural outlets are modernized, and the key to agricultural modernization is technological advancement. In 2016, the rate of agricultural mechanization, the utilization rate of agricultural water, the processing rate of agricultural products, and the level of agricultural informatization have all improved, and modern technology is accelerating the introduction of agriculture.
The mechanization rate of crops exceeds 65%, and the mechanical operation situation is obvious.
The comprehensive mechanization rate of major crop cultivation and harvesting exceeds 65%, and the situation dominated by mechanical operations is more obvious. In 2016, the development of agricultural mechanization showed the characteristics of growth in agricultural machinery scale, optimization of structure, and breakthrough in weak links. The total power of agricultural machinery is expected to reach 1.144 billion kilowatts, a year-on-year increase of 2.4%; the growth of large and medium-sized trailers, combine harvesters, rice transplanters and dryers with large market demand and large supply gap will reach 7.4%, 8.2%, 6.0% and 19.5%, much higher than the growth rate of ordinary agricultural machinery, the straw processing, plant protection and drying capacity of the main producing areas are obviously enhanced; the mechanization rate of rice cultivation and the weak links of corn, rapeseed, potato and cotton harvesting are more than 3 percentage points, agriculture Mechanization is moving towards comprehensive, full-scale, high-quality and development.
The effective utilization coefficient of farmland irrigation water exceeded 0.53, and the utilization rate of water resources increased significantly. The lifeblood of man is in the field, and the lifeblood of the field is in the water. In 2016, the state vigorously improved the water conservancy infrastructure of farmland, developed water-saving agriculture, and newly built more than 80 million mu of high-standard farmland with dry energy irrigation, Ganneng drainage, Tianchengfang, Luchengxing, canal and road connection, and added water-saving irrigation. With an area of ​​more than 20 million mu, the effective utilization coefficient of farmland irrigation water exceeds 0.53, and the annual agricultural irrigation water consumption remains within 372 billion cubic meters. This shows that while the grain harvest is abundant and the supply of important agricultural products is abundant, the total amount of water is effectively controlled, mainly by improving the utilization efficiency of water. It also means that the days when farmers look at the land and eat on the sky gradually become history. .
The conversion rate of major agricultural products processing exceeded 65%, and the agricultural products were accelerated to medium and finished products. For a long time, China's agricultural products mainly sell original fonts and preliminary products. With the upgrading and upgrading of processing equipment and the upgrading of processing technology, the conversion rate of agricultural products processing has been greatly improved. The ratio of agricultural product processing industry to total agricultural output value exceeds 2.2:1. The chain is longer, the value-added space is larger, and the competitiveness of agriculture is stronger, satisfying the needs of people who eat well, eat safely, and eat nutritiously.
The level of agricultural informatization has increased significantly and has become an "accelerator" for agricultural development. In 2016, the information-into-village pilot project was expanded to 116 counties in 26 provinces, and the number of AgroSciences reached 24,000. A total of 6.3 million public welfare services were provided to farmers and new agricultural operators, and 110 million person-times of convenience services were launched. An important window for farmers to connect to the market and understand information. The number of agricultural Internet of Things pilot demonstration provinces reached 8, and 426 technologies, products and application models such as agricultural machinery operations, automatic monitoring and control of greenhouse environment, and intelligent management of water and fertilizers were introduced, and intelligent agriculture and smart agriculture accelerated development. Satellite remote sensing was used to monitor the planting area, growth and yield of crops such as grain, cotton, oil and sugar, and the soil moisture was regularly measured and reported, and the support capacity of information technology was significantly enhanced.