This equipment takes the
power from chassis engine,with stable and environmental performance;It adopts
rotary paddle switch and CCD camera in the inner lifting double-hopper,which
can monitor and alarm the level of aggregates in the hopper to improve the
bearing capacity,stability and reliability.It can realize operation in
height-limit condition,such as bridges and culverts.It adopts camber chip
distributing device to improve the evenness.It uses stable dedicated controller
to control the whole electric system,rear high-definition infrared cameras
monitor the whole operation,which improve the working environment and
efficiency.
Emission standards: Euro V
Chassis motor power: 276kW/380hp
Main Features
Lift Type Synchronous Chip Sealer Lift Type Synchronous Chip Sealer,Synchronous Asphalt Chip,Computerized Synchronous Chip Sealer,Road Synchronous Chip Sealer Henan Gaoyuan Road Maintenance Equipment Co., Ltd. , https://www.sgroadmachinary.com
HGY5317TFC Chip Spreader with asphalt binder is specially designed for asphalt mixing and spreading purposes in road and bridge maintenance projects. Developed from KT0608 and KT0610, this new equipment has something that the previous models fail to offer: it is endowed with stronger processing capability for the tank volume is increased to 8m³ and the volume of hopper grows to 14m³. The bitumen spreading machine is capable of spraying roughly aggregate of 8㎡ without lifting the hopper, which allows the equipment to work in low-height conditions.
HGY5317TFC chip spreading machinery drives stably, sprays material uniformly, and is affordable. A powerful mixing device is available to ensure the rubberized asphalt is not easy to get precipitated or segregated.
Technical Parameters
Model: HGY5317TFC
Chassis model: HOMO ZZ3317N4667E1 from CNHTC
Asphalt spray volume: 0.2-3.0kg/㎡
Aggregate spray volume: 2-22L/㎡
Asphalt heating speed: 20℃/h
Optimum construction speed: 3-6km/h
Chip size: 3-30mm
Tank volume: 8500L
Spray width: 4200mm
Hopper volume: 14m³
Material: modified bitumen, hot asphalt, rubberized asphalt, and emulsified asphalt
Total weight: 31000kg
Dimension: 11950×2500×3860mm (L×W×H)
1. The asphalt sprayer adopts a special chassis which is in conformity with the Euro V standards, featuring strong carrying capability, low oil consumption, and easy operation
2. The patented hydraulic servo technology provides powerful driving force for the system
3. The bitumen spreading machine employs intelligent control system, radar speed tester, monitor, and both automatic and manual operation system. Only one driver is needed to accomplish the distribution job
4. Pipes for carrying bitumen are coated with heat transfer oil to ensure that all of the machine parts run smoothly and don't have to be cleaned
5. The 3 anti-collision foldable sprinkler heads are of high precision and uniformity
6. The imported pump for high-viscosity asphalt meets various working conditions
7. A unique aggregate feeding and distribution system ensures the materials are sprayed uniformly, consecutively and stably
8. Different spray nozzles are controlled independently and can work jointly with each other freely
9. HD camera is equipped at back of the road maintenance vehicle for effective monitor and control
10. The patented bitumen tank with large volume can be heated in a short time and works to maintain the temperature of the materials. Stability of the bitumen is largely improved by the mixing device
Modern technology makes agricultural machinery more accurate
[ 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.
Modern technology makes agricultural machinery more popular
It is understood that in 2016, the comprehensive mechanization rate of China's major crop cultivation and harvesting exceeded 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 level of agricultural informatization has increased significantly and has become an "accelerator" for agricultural development. According to statistics, in 2016, the pilot program of information entering the village expanded to 116 counties in 26 provinces, and the number of AgroSciences reached 24,000. The total number of public welfare services provided by farmers and new agricultural operators was 6.3 million, and the convenience service was 110 million. The number of visits has become 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.