LUYU OXT1004 Tractor - 100 hp Multifunctional Machinery

 LUYU OXT1004 100HP four-wheel drive multi-purpose tractor is suitable for a variety of scenarios such as agricultural farming, landscaping and construction site transportation.

LUYU OXT1004 Tractor Product Parameters

Driving Type	4WD
Overall Dimensions (L×W×H)	3980×1760×2800mm
Wheel Base	2010mm
Min Ground Clearance	308mm
Rated Speed	2400rpm
Construction Mass	3200kg
Gear Box (Forward/Backward)	12+12
Tyre (Front/Rear)	8.3-24/14.9-30
Type of Suspension	Category II
Qty of Splines (PTO Shaft)	6
Rotating Speed of PTO Shaft	540/760rpm

LUYU OXT1004 Tractor Characteristics

• Excellent traction and stability: Four-wheel drive can better adapt to different working environments, whether in farmland, gardening or industrial fields.

• Versatility and adaptability: Adjust the operating speed according to different operating environments, and can be perfectly adapted to all types of farmland and construction sites.

• Flexibility: The compact body design and high ground clearance improve the tractor's ability to move through complex terrain and different working environments. It can easily move around and flexibly respond to various agricultural production needs.

LUYU OXT1004 Tractor Core Component

• High-speed engine: The OXT1004 tractor has stronger power output, allowing it to work easily even when carrying a heavy load.

• PTO shaft: The OXT1004 tractor is equipped with 6 PTO slots, which support the connection of different agricultural tools, such as seeders, harvesters, etc. Two common speed options are provided: 540/760rpm.

LUYU OXT1004 Tractor Application

LUYU OXT1004 is suitable for a variety of scenarios such as agricultural farming, landscaping and construction site transportation.

• Agricultural production: LUYU OXT1004 can cooperate with various agricultural tools to efficiently complete multiple agricultural operations such as tillage, sowing, harvesting, fertilization and spraying.

• Landscaping: OXT1004 tractor with appropriate tools can be used for tree pruning, soil loosening, plant management, landscape construction and other operations.

• Construction site: With its strong traction and stability, the OXT1004 tractor can be used with trailers, flatbed trucks and other loading equipment to transport earth or heavy objects.

• Forestry operations: With trailers and other equipment, OXT1004 can carry out wood handling operations in the woodland.

Security Inspection of LUYU Loaders and Excavators

 Each process of the automatic production line is monitored by a quality inspector, and after the assembly is completed, three meticulous test runs will be carried out according to the standardized test list. All the test drivers have more than 6 years of LUYU working experience to ensure excellent product quality. The test mainly contains the following major aspects:

1. Appearance check: check for scratches, dents, paint loss, etc.

2. Starting and sound check: start the engine, listen to whether the sound is normal, and observe whether the water temperature, oil pressure, voltage and other indicators are normal, etc.

3. Steering wheel and braking performance test: whether the steering wheel is sensitive, whether there is any stagnation phenomenon. Test whether the brake system is sensitive, whether the braking distance meets the requirements, and the reliability and stability of the brake in the ramp test.

4. Power and drivability test: accelerate to all levels of speed, whether there are abnormal noise or stall phenomenon. At the same time, test the driving performance, including straight line driving, turning radius, driving stability and so on.

5. Hydraulic system test: Observe whether the hydraulic pump has oil leakage, whether the hydraulic device works normally, and check the pressure and oil level of the hydraulic system.

6. Load test: According to the use environment and working conditions of the loader, determine the test objectives and requirements, and carry out the load spectrum test. By applying different types and intensities of loads to the loader and recording the load data output from the load sensors, in order to assess the load carrying capacity and performance of the loader.

The complete configuration report of the whole machine is retained for later traceability and analysis.

Innovation in welding technology of Luyu loaders

 The introduction of robotic welding capabilities for wheel loaders provides a more efficient and precise production method for loader manufacturing. China's loader welding technology has developed significantly in recent years. The heavy machinery industry, in particular, has continued to catch up with the international advanced level in welding technology.

Innovation in welding technology of Luyu loaders

To ensure the stability and excellence of weld quality, we adopt Panasonic intelligent robot welding.

Before welding Robot first ultrasonic flaw detection, check the steel plate, if the steel plate has damage, Robot will stop and issue an alarm.

Luyu stipulate that Robot carries out two welding passes and the weld seam should be 1cm wide.

Advantages of LUYU loader welding technology

• Enhance product quality: Through precise welding technology, we ensure that each weld achieves the optimum welding quality, which enhances the overall quality of the product. robot welding process does not jitter, so there is no false welding, thus ensuring that the weld seam is flat and smooth.

• Enhanced safety: Reduces the need for operators to perform welding operations in high-risk environments, thereby reducing the risk of workplace accidents.

• Enhanced productivity: The automated welding process speeds up production, shortens the delivery cycle, and improves the market competitiveness of the enterprise. LUYU's shipping speed has been recognized by customers.

  
  

Chinese loader manufacturers commonly adopt digital control and intelligent welding systems to monitor the welding process and ensure consistent welding quality. LUYU uses high alloy wire and advanced welding filler materials to improve the wear and corrosion resistance of the welded joints.

Models and categories of Luyu excavators

 Luyu offers mini excavators,crawler excavators and wheel excavators. They are equipped with powerful powertrains for a wide range of applications. Easy to cope with a wide range of conditions and operations.

Mini Excavators

Mini excavators are Luyu's most popular excavator category. The common 1ton excavators, 2ton and 3ton excavators are popular models that are preferred around the world. Mini excavators are short tailed and compact. They are especially suitable for home use. Our mini excavators have various certificates and patents.

Crawler Excavators

Compared with wheeled excavators, tracked excavators offer greater stability and off-road capability for a variety of complex terrains, such as mud, mountains and mining areas.We use Cummins or Kubota engines.And it can be paired with a variety of excavator attachment. We support customization.

1. Adapt to the global product quality standard system; the standard system certifies the ROPS and FOPS systems.

2. Adopting international famous brand engines, Cummins and Kubota. Strong power to meet the inherent power requirements of special working conditions, higher efficiency, energy saving and environmental protection.

3. The hydraulic system adopts full-power variable control system, automatic idling function and load-sensitive system.

4. The self-developed engine arm bucket with three levels of functionality, and layered control of the whole process from design, discharging, assembling, welding, flaw detection, and machining, ensures the high reliability of structural parts.

Wheel Excavators

Wheeled excavators are more maneuverable than tracked excavators. Suitable for working on hard surfaces. Faster traveling speed than tracked excavators. Can be fitted with different attachments such as buckets, breakers, grapples, etc., suitable for a wide range of construction needs. Lower fuel consumption than crawler excavators, suitable for small and medium-sized projects.

• Urban construction - Suitable for municipal engineering, road construction, building construction, etc.

• Road Maintenance - Used for excavation, filling and breaking up road surfaces, especially suitable for narrow streets.

• Agricultural construction - for field ditch excavation, land preparation and other agricultural infrastructure.

• Landscaping - for tree transplantation, garden earthwork construction, etc.

• Material Handling - Suitable for loading and unloading of materials in yards and harbors.

LUYU 1 Ton excavator

 LUYU 1 Ton excavator

Due to its small size, high flexibility, low initial investment cost and other advantages, mini excavator plays a vital role in municipal engineering, housing construction, road construction and other working conditions. The LUYU LY10pro excavator brought to you today integrates multiple advantages such as high efficiency, low energy consumption and easy maintenance.

First of all, LY10pro provides three flexible working modes Intelligent, Fuel Saving and Powerful and this design greatly meets the needs of different operating scenarios. Intelligent mode automatically adjusts the power output according to the load condition to ensure maximum energy utilization; Fuel Saving mode reduces fuel consumption and operating costs by lowering the engine speed; and Power mode is designed for the pursuit of the highest productivity to ensure that it can also work well under heavy loads.

In terms of maintenance costs, the LY10pro also demonstrates its unique design concept. By extending the service life of hydraulic and air filters and eliminating unnecessary filter parts, maintenance costs have been reduced by up to 20%. At the same time, most routine maintenance can be done on the ground, reducing downtime and labor costs.

    

Performancewise, the LY10pro is also not to be underestimated. The perfect synchronization of optional engines such as Yanmar and Cummins with the electro-hydraulic system ensures efficient and low-consumption operational performance and compliance with EU emission standards. The new main hydraulic pump adopts electronic control, which improves the fluid flow and control precision, significantly enhancing the digging force and productivity. The strengthened boom, bucket and bucket linkage, and the redesigned slewing drive system all contribute to the machine's powerful operating capabilities.

The cab design also reflects LUYU's humanization concept. The spacious and bright cab, together with the high-resolution touch screen monitor, allows the operator to easily grasp the status of the machine and real.

Phosphorus Flotation Process: Extracting Value from Phosphate Ores

 The phosphorus flotation process is a mineral processing technique used to separate valuable phosphate minerals from gangue minerals and other impurities in phosphate ore. Phosphorus is an essential element for plant and animal growth, making phosphate minerals valuable for agricultural and industrial applications. The flotation process is widely used in the beneficiation of phosphate ores to produce high-grade phosphate concentrates.

The phosphorus flotation process typically involves the following steps:

1. Ore Preparation: The phosphate ore is first crushed and ground to a suitable particle size to facilitate the liberation of valuable phosphate minerals from the gangue minerals.

2. Conditioning: The ground ore is then mixed with water and various reagents, including collectors, frothers, and modifiers. Collectors are chemicals that selectively attach to the surfaces of phosphate minerals, making them hydrophobic (repelling water). Frothers are used to stabilize the froth formed during flotation, while modifiers help control the pH and other properties of the slurry.

3. Flotation: The conditioned slurry is introduced into a flotation cell or tank, where air is bubbled through the mixture. The hydrophobic phosphate minerals attach to the air bubbles and rise to the surface, forming a froth layer. The gangue minerals, which are hydrophilic (attracted to water), remain in the bulk of the slurry.

4. Froth Removal: The froth containing the valuable phosphate minerals is skimmed off the top of the flotation cell and collected as a concentrate. The concentrate typically contains a higher concentration of phosphate minerals and is further processed to obtain the final product.

5. Tailings Disposal: The gangue minerals and other impurities that do not float to the surface are left behind in the flotation cell and form a waste product called tailings. Tailings are usually disposed of in tailings ponds or other suitable facilities.

6. Dewatering and Filtering: The collected concentrate is often subjected to dewatering and filtering to reduce its moisture content and facilitate handling and transportation.

The specific reagents and conditions used in the phosphorus flotation process can vary depending on the characteristics of the phosphate ore and the desired grade and quality of the final product. Additionally, environmental considerations are important to ensure the responsible management of waste products and the protection of surrounding ecosystems.

How to choose skarn type tungsten ore?

 Laterite ore is a loose clay-like polymer containing nickel oxide, iron oxide, chromium oxide and other elements. Because the ferric iron element rich in it is reddish brown, the overall color of the mine is also reddish brown, that is, laterite mine.

After the laterite is mined, it needs to be beneficiated. Generally, a combination of gravity separation and magnetic separation is used to purify the chromium ore in the laterite:

① Crusher and ball mill are used to crush and grind the raw ore, and the sieved particle size of the processed mineral is 200 mesh.

② The crushed and ground ore is introduced into the hydrocyclone for classification. After classification, the underflow part returns to the crushing and grinding process for secondary grinding to form a closed loop. The overflow part is transferred to the spiral chute for water washing. The flow rate is 9L/min, and the washed ore is divided into heavy and light products. The heavy products enter the next stage, and the light products are discharged as tailings.

③ Roughly select the heavy ore by means of a shaker to obtain rough concentrate and tailings.

④ Use a wet-type drum magnetic separator to select and purify the rough concentrate to obtain qualified chrome concentrate.