Other Agricultural Machinery

PVC panel for pig house Lonsin PVC panels are engineered for use in modern pig housing environments. These panels provide a waterproof, non-porous, and hygienic wall cladding solution that improves cleanliness and biosecurity inside farrowing rooms, nursery barns, and piglet pens. Lonsin PVC panels are engineered for use in modern pig housing environments. These panels provide a waterproof, non-porous, and hygienic wall cladding solution that improves cleanliness and biosecurity inside farrowing rooms, nursery barns, and piglet pens. With excellent impact resistance and chemical durability, our PVC wall panels outperform traditional cement or tile finishes in both installation speed and long-term maintenance. It is used for inner wall and ceiling of pig house, can be used for finishing column partition, and can be used with corresponding thickness products. Application Scenarios Farrowing crates and sow stalls Nursing rooms and piglet pens Boar pens and gestation rooms Veterinary isolation pens Side walls and ceiling panels for pig barns Why Choose Lonsin PVC Panels? Over 10 years of experience in livestock building materials Large production capacity and fast delivery OEM customization support for global customers Strict quality control, ISO certified manufacturing Used in over 30 countries across Europe, Asia, and Latin America

Cast iron flooring for pigs Cast iron flooring for pigs Lonsin cast iron flooring is specifically engineered for use in modern pig housing systems. These heavy-duty slatted floors offer outstanding strength, hygiene, and comfort for pigs in farrowing crates, nursery pens, and weaning areas. Applications in Pig Housing Farrowing crates (under sow area) Nursery pens for piglets Weaning rooms AI boar pens and individual sow stalls Integrated into slatted flooring systems with plastic panels Why Choose Lonsin Cast Iron Floors? Lonsin has over 10 years of experience manufacturing cast iron components for pig farms. Our flooring products are trusted by breeders in Europe, Southeast Asia, and Latin America for: Reliable load-bearing capacity Excellent anti-rust performance Strict quality control with ISO-certified casting process Competitive pricing for large-scale installations Project Example – Sow Housing in Vietnam (2023) In a 500-sow farm in Vietnam, our cast iron floors were installed under farrowing crates to replace cracked concrete slabs. The result was: 50% reduction in cleaning time Improved piglet survival rate Lower hoof injury incidents in sows

https://www.likuang-mine.com/light-duty-cranes , .html In modern industrial production, the efficiency and safety of material handling have a direct impact on the operating costs and productivity of enterprises.With service experience in 122 countries, more than 700 national patents and successful cases in more than 50 professional fields, Likuang is committed to providing customers with efficient, intelligent and customized lightweight crane solutions to meet the diversified needs of different industries. We offer a wide range of Electric Crane products, including Light Duty Cranes, which are perfect for lifting engines, small machine tools, cargo and small loads. KBK crane: modular design, flexible adaptation to a variety of working conditions The KBK crane system is a modular lightweight crane solution that is widely used in workshops and warehouses. Its main features include: Modular design: The KBK system consists of standardized components such as rails, cranes and trolleys, which can be flexibly combined as needed to meet the demands of different working conditions. High load capacity: KBK cranes can lift up to 5 tons, which is suitable for handling small and medium-sized loads. Flexible installation: ceiling mounting or self-supporting installation can be selected according to the site conditions, maximizing space saving. Adaptable: KBK system can work normally in the ambient temperature range of -10℃ to +50℃, adapting to a variety of industrial environments. Likuang offers KBK crane systems that combine the company's strengths in intelligent control systems and customized industry solutions to provide customers with efficient, safe and customized material handling solutions.

Concrete Pump Rubber End Hose Product Overview: The Concrete Pump Rubber End Hose is specifically designed for use with concrete pumping equipment, offering superior flexibility, high pressure resistance, and durability. Reinforced with multiple layers of high-tensile steel wire, these hoses are suitable for demanding construction environments, ensuring safe and reliable concrete delivery. Technical Parameters Size InnerDiameter(ID) OuterDiameter(OD) Reinforcement WorkingPressure BurstPressure Weight 3″ 76 mm 91 mm 2 ply steel wire 1200 psi 3000 psi 4.8 kg/m 4″ 102 mm 126 mm 2 ply steel wire 1200 psi 3000 psi 5.5 kg/m 4″ 102 mm 126 mm 4 ply steel wire 1200 psi 3000 psi 5 kg/m 5″ 127 mm 145 mm 2 ply steel wire 1200 psi 3000 psi 11 kg/m 5″ 127 mm 153 mm 4 ply steel wire 1200 psi 3000 psi 10.5 kg/m Key Features: Available in 3″, 4″, and 5″ sizes Reinforced with 2 or 4 ply high-tensile steel wire for maximum strength High working pressure up to 1200 psi, burst pressure up to 3000 psi Durable and flexible for efficient concrete delivery Suitable for a wide range of concrete pumping applications Applications: Ideal for use on construction sites with concrete pumps, ensuring safe, flexible, and reliable delivery of concrete to the point of placement. Product Keywords – Concrete Pump Rubber Hose： Concrete pump rubber hose Concrete rubber pipe Cement pipe Pump pipe Rubber hose Concrete rubber hose Concrete delivery hose Cement rubber hose DN125 rubber hose 5″ concrete rubber hose 4-ply concrete hose Contact us: Amy Li Sales manager Phone:86-15153106820 E-mail:amyli@go , odstargroup.com Wechat:86-15153106820 Whatsa , pp:86-15153106820

Minimum Order: 500

无土栽培种植智能机

Minimum Order: 500

Achieve astounding space and power efficiency for your enterprise's maize crushing production. Multiple sizes are available, along with various motor sizes to choose from. Reliable, adjustable, and customizable roller configurations can be fine-tuned to suit your application. • Pneumatic control is adopted to control the disengagement gate of the roller, and the servo feeding device can automatically disengage and operate the roller and feeding roller. The opening degree of the feeding door is automatically adjusted according to the height of the material level; • The Maize roller mill can adopt single control and centralized control; • The fast and slow rollers are driven by a three wheel toothed wedge belt, which does not jump or deviate, operates smoothly, and has low noise; • The tensioning device of the toothed wedge belt adopts an elastic automatic compensation structure to improve the service life of the belt; • The roller adopts automatic self-aligning roller bearings to ensure precise concentric rotation, and can withstand high rotational speed and roller pressure; • High quality double head centrifugal casting rollers are dynamically balanced, running smoothly, and have a long service life; • The roller group supports various stresses and can accurately control the rolling distance of the roller while maintaining stability. • Negative pressure suction device can improve feeding conditions, reduce the temperature of grinding rollers and materials, and improve grinding efficiency; • Scraper cleaning is easy to adjust and reduces power consumption; • Cast iron base for shock absorption and noise reduction, the side frame is welded with high-quality steel plates, and the side frame is connected to the base with high-strength bolts; • The outer cover is a door opening structure, simple and convenient; • The whole machine is a fully enclosed structure, safe and beautiful, and the surface treatment adopts electrostatic spraying technology. • Main electric parts adopt famous brands like Siemens, SEW, SKF.

CAPACITY: PROCESSING 100TONS WHEAT PER 24HOURS Structure: Wheat Flour Milling Plant with Steel Structure Dimension of the workshop:40M*10M*12M Final Products: Special purpose flour Grade I flour  Grade II flour All purpose flour (Co-production) Similar Capa , city types include 110TPD wheat milling plant. In the world of wheat flour milling, technology is constantly evolving to improve efficiency and product quality. Recent advancements have transformed traditional mills into modern facilities equipped with state-of-the-art machinery and automated processes. These technological innovations have revolutionized the way wheat is processed and have greatly benefited the industry as a whole. One key aspect of the modern wheat flour mill technology is the utilization of sophisticated equipment such as roller mills, sifters, and purifiers. These Steel Frame Wheat Flour Mill Plants help to enhance the milling process, resulting in higher yields, better flour quality, and increased productivity. Additionally, the integration of digital controls and monitoring systems allows for precise control and optimization of the milling process. Overall, the adoption of advanced technology in wheat flour milling has brought about significant improvements in efficiency, consistency, and product quality. 

CAPACITY: PROCESSING 30-40TONS WHEAT PER 24HOURS Structure: Flour Milling Plant With Steel Structure Dimension of the workshop:28M*8M*7-9M Final Products: Special purpose flour Grade I flour  Grade II flour All purpose flour (Co-production) Similar Capacity types include 50TPD wheat milling plant,40TPD wheat milling plant,30TPD wheat milling plant. Wheat milling is a crucial process that transforms raw wheat grains into the versatile and nutritious flour used in various food products. The production process involves several stages, starting from cleaning and conditioning the wheat grains to milling and packaging the final product. To begin with, the wheat grains are thoroughly cleaned to remove any impurities before being conditioned to achieve the right moisture content for milling. The conditioned grains are then sent through a series of milling machines to break down the outer layers and separate the endosperm, which is rich in nutrients and starch. This endosperm is then ground into fine particles to produce the flour. Quality control measures are integral throughout the production process to ensure consistency and purity of the final product. The flour is then carefully packaged and distributed to be used in various food products, from bread and pasta to pastries and cereals.

CAPACITY: ROCESSING 50-80TON MAIZE PER 24HOURS Structure: Maize mill plant with steel structure Dimension of the workshop: 25-30M*8-10M*7-11M Final Products: Super fine flour Maize Meal Brewers Grits Maize Germ 50-80TPD maize flour mill is suitable for medium milling plant. Similar capacity types include 60TPD maize milling plant,70TPD maize milling plant. In the world of agriculture and food processing, the importance of maize flour mill solutions cannot be overstated. From small-scale operations to large industrial facilities, the efficiency and quality of the milling process can make or break a business. Enter the realm of optimized maize flour mill solutions, where innovation and technology converge to streamline production and ensure consistent results. The key to successful maize flour milling lies in embracing modern machinery, automation, and quality control measures. By investing in state-of-the-art equipment and utilizing advanced software solutions, mill operators can significantly boost their productivity and output quality. Additionally, implementing rigorous maintenance schedules and regular inspections can help prevent downtime and costly repairs. Ultimately, the future of maize flour mill solutions hinges on continuous improvement and adaptation to evolving industry standards. With a strategic focus on optimizing processes and embracing technological advancements, mill operators can enhance their competitiveness while meeting the growing demands of the market. https://www.seikograinmill.com/

CAPACITY: ROCESSING 30-42TON MAIZE PER 24HOURS Structure: Maize mill plant with steel structure Dimension of the workshop: 25-30M*7-8M*7-9M Final Products: Super fine flour Maize Meal Brewers Grits Maize Germ 30-42TPD maize flour mill is suitable for medium and small milling plant. Similar Capacity types include 36TPD maize milling plant. The complete intergrated maize flour milling machine is suitable for the production of high yield and quality maize flour with low fat content. With state-of-the-art process technologies for cleaning,degerminating,milling and packing.Bran and germ could be used as animal feed . The coomplete maize milling unit enables the millers to obtain top-class finished products with minimum fat content and specks and maximum yield. The maize processing line includes flour maize sections: Cleaning section:separation,aspiration,destoning and dampening Degermination section:polishing ,crushing and grading Milling section:grinding and sifting Packing section:10kg/bag 25kg/bag,50kg/bag for PP bag,1-5kg for paper bag.

A multi-functional crusher is suitable for crushing agriculture crops, forest crops, straw, etc. It is a medium-large, multi-functional new type crusher, which can crush various straws such as corn, wheat, rice, cotton, soybean, etc. It can crush baled straw directly without removing the sieve. A crushing section suitable for biomass briquetting and granulation. It can be equipped with different bottom sieves according to the needs and raw materials.

Tiantai's wheat straw briquetting machine is meticulously crafted to convert agricultural waste, specifically wheat straw, into efficient fuel. By compressing loose wheat straw into compact briquettes, it offers a sustainable and renewable energy solution. Known for its large capacity, low energy consumption, and robust durability, this machine embodies advanced features. Its performance metrics, including capacity, briquette density, power consumption, and durability, meet cutting-edge standards.  FAQ ABOUT Wheat Straw Briquetting Machine 1. What is a wheat straw briquetting machine? A wheat straw briquetting machine is a device designed to compress wheat straw or other biomass materials into denser and compacted briquettes. It applies pressure to the raw material, forming it into a specific shape, often cylindrical, which makes it easier to handle, transport, and store. 2. How does a wheat straw Biomass briquetting machine work? These machines typically involve a process where wheat straw or biomass is fed into the machine's chamber. Then, through mechanical or hydraulic pressure, the material is compressed, often with the aid of heat, forming briquettes of consistent size and density. 3. What are the benefits of using a wheat straw briquetting machine? Resource Utilization: It helps in using agricultural waste like wheat straw effectively. Energy Efficient: Briquettes produce more energy per unit volume compared to loose biomass. Transport and Storage: Briquettes are compact, reducing storage and transportation costs. Environmentally Friendly: They can be a sustainable alternative to traditional fuels, reducing greenhouse gas emissions.

Cotton Stalk Briquette Machine Produces Biomass Fuel from Cotton Stalks. The advent of the cotton stalk briquette machine revolutionized the utilization of cotton pellets, transforming them into stalk pellets suitable for biomass fuel. This innovation has unlocked the potential to convert cotton stalks into valuable biomass pellets and briquettes, proving to be a profitable venture. Consequently, there's been a noticeable shift towards converting surplus cotton waste into a valuable and readily available resource. The finished product diagram of cotton stalk briquettes, created by the punching briquetting machine, showcases how biomass pellets and briquettes serve as a convenient fuel source for numerous manufacturers. This process isn't limited to cotton stalks alone; it extends to various raw materials like sawdust, wheat straw, coconut shell, peanut shell, and more. These materials can be effectively utilized in the production of biomass particles. The versatility of the biomass pellets manufacturing process using a cotton straw briquetting machine has garnered interest. If you seek further insights into the intricate process of crafting biomass pellet fuel through the cotton straw briquetting machine, please feel free to reach out to us for detailed information! Cotton Stalk Briquetting Process The process of cotton stalk briquetting begins with the collection of cotton stalks, which are gathered and prepared for the transformation. They are meticulously reduced in size to manageable dimensions and then subjected to thorough drying, ensuring an ideal moisture content for the subsequent stages.These prepared cotton stalks are compacted using a press, a crucial step that determines the quality of the resulting briquettes. Herein lies the significance of precise control over specific parameters: moisture content, pressing temperature, and compacting pressure. These factors play pivotal roles in achieving high-quality stalk pellets. The cotton stalk briquette machine is designed to meticulously regulate these parameters, ensuring that the moisture content, pressing temperature, and compacting pressure are precisely controlled and maintained throughout the process. This meticulous control is instrumental in producing superior-quality stalk pellets, ensuring efficiency and consistency in the production of biomass fuel from cotton stalks. The process of converting cotton stalks into biomass fuel involves several crucial steps: Cotton Stalk Pretreatment: Initially, a substantial amount of waste cotton stalks is gathered for the briquetting process. This involves the collection and consolidation of these stalks to prepare them for further treatment. Crushing: The gathered cotton stalks undergo a crushing process, where they are broken down into smaller debris. This reduction in size aids in handling and processing, often involving the utilization of our crushing machinery. Drying: Following crushing, the cotton stalks require drying. This step involves subjecting the stalks to high temperatures to eliminate moisture content. Reducing the moisture level from 40-50% to around 12% or lower is crucial. Neglecting this stage results in unusable particles for fuel production and rough surfaces on the particles. Cotton Stalk Granulation: The pivotal phase is the briquetting process. Once the cotton stalks are adequately prepared, the pressing operation commences. Biomass briquetting equipment is utilized to shape the scattered debris into compact briquettes, creating the final product suitable for biomass fuel. Benefits of Using Cotton Stalk Briquette Machine Utilizing a cotton stalk briquette machine offers several advantages: Resource Utilization: It efficiently transforms cotton stalk waste into valuable biomass fuel, effectively utilizing a previously underutilized resource. Environmental Friendliness: The process promotes eco-friendliness by reducing agricultural waste, thereby minimizing environmental pollution. Cost-Effective Fuel Production: Producing biomass fuel from cotton stalks proves cost-effective compared to traditional fuels, contributing to cost savings. High-Quality Briquettes: The machine ensures the production of consistent, high-quality briquettes suitable for various heating and cooking applications. Energy Efficiency: The resultant biomass fuel exhibits efficient combustion properties, contributing to energy efficiency during use. Versatile Application: The produced briquettes can serve as a renewable energy source for households, industries, and commercial applications. Reduced Emissions: When used as fuel, cotton stalk briquettes typically produce lower emissions, contributing to cleaner energy usage.

Corn straw briquetting machine is an efficient agricultural machinery equipment that compresses waste corn straw into blocks, which can be used as animal feed or as fuel for combustion. The operation process of the corn straw briquetting machine is simple and convenient. Firstly, the corn straw is collected and then crushed. Then, the crushed straw is placed in the briquetting machine. The operator can adjust parameters such as pressure and temperature as needed to ensure that the corresponding density and molding requirements are met. Recently, compressed finished products will be packaged for convenient storage and transportation. Tiantai Corn straw briquetting machine is an environmentally friendly and efficient machinery, which can not only effectively reduce the generation of agricultural waste, but also convert it into useful resources. The latest generation machine adopts reducer transmission mode, which avoids a series of problems such as belt abrasion of traditional design, power loss caused by pulley loss, and belt pulley maintenance; reducer transmission mode with smaller main motor power is, and bigger torque. The output is more stable and better, the maintenance is easier, the whole machine is under overloaded protector, it’s safe, labor-saving and more energy-saving, and the low energy consumption and high output are truly realized.