Industrial Machinery & Equipment

Bottom-turning hydraulic box turner machine The hydraulic box flipping machine mainly consists of a flipping body, a base, a hydraulic cylinder, an oil circuit, an executing cylinder, and a box for the box flipping machine control. Main functions and advantages 1. The use of hydraulic energy to convert into mechanical energy has the advantages of stable operation, strong environmental adaptability, convenient maintenance, and simple operation. 2. The tilting cylinder body and clamping cylinder hydraulic system are equipped with hydraulic locks, which enable the equipment to stop and start in real-time during operation, avoiding various dangerous situations caused by sudden shutdown due to power failure. After the power failure is restored, the operation can be completed manually. 3. The flipping body adopts a bottom clamping flipping box design, which is safer and more stable. 4. Realizing online box flipping operation greatly saves the time required to lift the sand box off the operating line for box turnover operation without a box turnover machine. 5. The control system is integrated into the operation control cabinet, and for the convenience of equipment operation, the control box can be placed nearby according to the equipment position. Equipment performance and characteristics The equipment adopts a double acting single rod piston type oil cylinder placed behind the flipping body, and the columns on both sides are connected to the flipping body through bearings, ensuring better stability during flipping, smoother operation, and more convenient installation. The sand box operates to the flipping position, and the proximity switch feedback signal is sent to the electric control cabinet. The clamping oil cylinder on the flipping body acts in place, the sand box is clamped, and the pump station outputs oil to the tilting oil cylinder. The flipping body and the sand box are tilted 120 ° with the base bearing as the center, and the molding sand and casting slide diagonally to the sand receiving part of the sand treatment system, and the casting is produced; After the molding sand is cleaned, the pump station supplies oil in reverse, the flipping body returns to its original position, the clamping oil cylinder is released, and the sand box operates to proceed with the next flipping action.   Both the Hydraulic Mold Box Turning Device and the Bottom Turning Mold Handling Equipment utilize a hydraulic system to rotate sand boxes (mold boxes) in lost foam casting production lines. These devices are ideal for heavy-load mold handling and are integral in the molding and casting preparation stages. Guoning offers reliable and customizable equipment tailored to your specific production line layout and load requirements. Both systems help reduce manual labor, increase safety, and improve overall production efficiency.

Water ring sand temperature cooler Main technical parameters Size: φ2000/φ2500/φ2900×8900; Material: 6mm steel plate welded to 10mm steel plate (Q235); Cooling pipe: φ 48 × 3mm in sand in water form; Sand removal device cylinder model: SC-125 × 50-S; Inlet and outlet: DN100; Temperature measuring device: thermocouple PT100 * 1; Water temperature requirement: ≤ 27 ℃; Effective cooling contact area of a single unit: 220/300/400 ㎡ Product structure Sand temperature regulator upper bucket; Cooling unit; Sand storage unit; Lower cone bucket; Waterway accessories; Sand removal device. Main functions and advantages Function: Cooling and sand storage. The sand drop device adopts a plug-in method, and the switch of the sand drop device is automatically controlled through PLC and temperature detection device. The sand drop device can only be opened after meeting the sand temperature requirements, ensuring that the molding sand meets the usage temperature. And it can be linked and controlled with the front and rear equipment to ensure the sand temperature of the production line and the normal application of other equipment. Energy saving: This equipment does not require power and uses cooling water equipped on the production line. The molding sand wriggles downwards by gravity, achieving the goal of controlling the sand temperature by controlling the falling process. No noise: As the equipment does not require power, the molding sand wriggles downwards, so there is basically no noise during use. Low one-time investment in equipment: The sand temperature regulator is compatible with sand storage and cooling functions, and the cooling process can store a certain amount of molding sand, providing support for the operation of the production line. Node temperature control, effective detection and control of sand temperature: The equipment controls the sand outlet through the sand temperature detection device. Only when the molding sand meets the usage requirements can the plug-in board be opened and the molding sand be transported, effectively ensuring the temperature of the molding sand. The equipment has no vibration, a solid structure, and stable operation, greatly reducing the failure rate of the equipment. The sand temperature regulator uses closely arranged seamless steel pipes to achieve sand heat exchange, with a large contact area and high cooling efficiency.

The H-type fully automatic meat quail cage is a modern and intensive breeding equipment specially designed for meat quail farming (mainly for meat production). It adopts a multi-layer three-dimensional H-shaped structure and combines an automatic control system to achieve fully automated operations in feeding, watering, manure removal, temperature control and other links. Technical Parameters Item Details Cage Type H-type Number of Layers  4/5tiers （4 tiers commonly used） Number of Rows 2/3/4/5/6 rows Birds Per Cage 80-120 birds each set size (L*W*H) 1200*1000*1800mm (4tiers cage) Single Cage Size (L×W×H) Approx. 1200×1000×350 mm Material Hot-dipped galvanized / high zinc wire Wire Diameter Bottom wire: 2.2/2.5 mm; Side wire: 2.5/2.8 mm Mesh Size Bottom mesh: 8×8 mm; Side mesh: 25×20 mm Supporting Equipment Automatic feeding, drinking, manure removal,ventilation Suitable For Commercial broiler quail Advantages High stocking density, space-saving, high automation, easy management

The H-shaped fully automatic Layer Quail Cage is a high-end breeding equipment specially designed for modern intensive quail farming. It adopts a multi-layer three-dimensional H-shaped structure and integrates an automatic control system to achieve fully automated operations from feeding, watering, manure removal to egg collection. The H-shaped frame structure is adopted, with independent ventilation and walking channels formed between layers. This not only ensures a stable structure and strong load-bearing capacity but also significantly improves the space utilization rate of the chicken house. Compared with traditional floor rearing or simple cage rearing, the stocking density can be increased by more than 50%. Fully Automatic Egg Collection System Equipped with horizontal and vertical conveying devices, it takes advantage of the rolling characteristics of the eggs after quails lay them to automatically collect the quail eggs to the designated position. The egg collection process is gentle, effectively reducing the egg breakage rate, ensuring the surface of the quail eggs is clean, and eliminating the need for manual picking.

The H-shaped fully automatic brooding cage is a high-end brooding equipment specially designed for modern intensive chicken farms. It adopts a multi-layer three-dimensional H-shaped structure and integrates an automatic control system to achieve fully automated operations from feeding, drinking water, manure removal to environmental control. Technical Parameters Item Details Cage Type H-type Number of Layers  3-6tiers  Number of Rows 2/3/4/5/6 rows Birds Per Cage 30 birds/cell each set size (L*W*H) 1400*1200*2200mm (4tiers cage) Single Cage Size (L×W×H) Approx. 1400×600×430 mm Material Hot dipped galvanized/cold galvanized wire Supporting Equipment automatic feeding, drinking, manure removal,ventilation Suitable For Commercial pullet chicken Advantages High stocking density, space-saving, high automation, easy management Suitable Scale Largescale and intensive chick farms

The H-shaped fully automatic broiler cage is a multi-layer three-dimensional breeding equipment specially designed for modern intensive broiler farming. It adopts an H-shaped frame structure and integrates automatic feeding, drinking water, manure cleaning, environmental control and ventilation systems. Technical Parameters Item Details Cage Type H-type Number of Layers 3/4/ tiers  Number of Rows 2/3/4/5/6 rows Birds Per Cage 32-39 birds each set size (L*W*H) 1250*1000*1900mm (3tiers cage) Single Cage Size (L×W×H) Approx. 1250×500×450 mm Material Hot-dipped galvanized / high zinc wire Wire Diameter Bottom wire: 2.2/2.5 mm; Side wire: 2.5/2.8 mm Mesh Size Bottom mesh: 20×30 mm; Side mesh: 25×50 mm Supporting Equipment Automatic feeding, drinking, manure removal,ventilation Suitable For Commercial broiler chicken Advantages High stocking density, space-saving, high automation, easy management Suitable Scale Largescale and intensive layer farms

The A-type manual egg-laying chicken cage is an A-shaped, multi-tiered cage designed specifically for intensive egg-laying chicken farming. It is named for its "A" shaped frame and is a classic equipment choice for small and medium- sized poultry farms. It features a multi-level layout with a capacity of 90 to 160 chickens per set. Technical Parameters Item Details Cage Type A-type Number of Layers  3-4tiers  Number of Rows 2/3/4/5/6 rows Birds Per Cage 3-4 birds/cell each set size (L*W*H) 1920*2200*2000mm (4tiers cage) Single Cage Size (L×W×H) Approx. 450×450×380 mm Material Hot dipped galvanized/cold galvanized wire Supporting Equipment manual feeding, drinking, manure removal,egg collection,ventilation Suitable For Commercial layer chicken Advantages High stocking density, space-saving, high automation, easy management Suitable Scale Largescale and intensive layer chicken farms

Range PH 0~14.00pH EC 0～9999μS/cm TDS 0~9999ppm Temp 0～50℃ Resolution PH 0.01PH EC 1μS/cm TDS 1 ppm Temp 0.1℃ Accuracy PH ±0.02PH EC ±2%F.S TDS ±2%F.S Temp ±1℃ Automatic temperature compensation 0℃～50℃ Battery 2×1.5V(AAA) Operating temperature 0℃～50℃ Automatic shut-down 8min Dimensions 210x40x25mm weight 100g

Minimum Order: 1 bags

Soil REDOX potentiometer is used to test REDOX potential data of fresh or wet soil and REDOX potential data in water on site. Soil REDOX potential is one of the comprehensive indicators of soil environmental conditions, reflecting the relative degree of oxidation or reduction of the medium, which has an important impact on the chemical and biological processes of soil. It is an important parameter for understanding soil properties and processes. Range ORP -999～999mV Temp 0～50℃ Resolution ORP 1mV Temp 0.1℃ Accuracy ORP ±5mV Temp ±1℃ Automatic temperature compensation 0℃～50℃ Battery 2×1.5V(AAA) Operating temperature 0℃～50℃ Automatic shut-down 8min Dimensions 207x32x36mm weight 85g

Minimum Order: 1 bags

Model PH-2022 Range PH 0.00～14.00PH& , lt; , br> Temp 0～50℃ Resolution PH 0.01P , H Temp 0.1℃ Accuracy PH ±0.02PH Temp ±0.1℃ Automatic Temperature Compensation 0℃～50℃ Battery Type 2×1.5V( AAA Batteries) Operating Temperature 0℃～50℃ Calibration 2 points with auto buffer recognition Dimensions 207 x 32 x 36 mm Weight 85g

Minimum Order: 1 bags

Model PH-06 Range PH 0.00～14.00PH Temp 0～50℃ Resolution PH 0.01P , H Temp 0.1℃ Accuracy PH ±0.02PH Temp ±0.1℃ Automatic Temperature Compensation 0℃～50℃ Battery Type 2×1.5V( AAA Batteries) Operating Temperature 0℃～50℃ Calibration 2 points with auto buffer recognition Dimensions 210 x 40 x 25 mm Weight 97g

Minimum Order: 1 bags

Gooven is a leading manufacturer specializing in high-performance exhaust fans designed to deliver effective ventilation solutions across a wide range of applications. With deep expertise in air movement technology, we offer an extensive portfolio of exhaust fans engineered to efficiently remove stale air, odors, moisture, and airborne contaminants.   Our exhaust fans are suitable for use in bathrooms, kitchens, offices, and commercial facilities, helping maintain healthy indoor air quality and comfortable environments. Each unit is engineered for durability, reliability, and long-term performance.   Manufactured using advanced technology and innovative design principles, Gooven exhaust fans deliver quiet operation while providing powerful and efficient ventilation. Precision manufacturing and rigorous quality control ensure consistent performance in demanding conditions.   Energy efficiency is a core focus of our designs, helping reduce electricity consumption without sacrificing airflow performance. All products meet international quality standards and undergo comprehensive testing to ensure safety, reliability, and compliance.   Whether for residential or commercial applications, Gooven exhaust fans are engineered to improve air quality and enhance the comfort and functionality of living and working spaces. learn more: https://www.smokeextractionfan.com/

Mixed Flow Fans – Industrial Mixed Flow & Diagonal Flow Fan Solutions Mixed Flow Fans blend axial and centrifugal air movement characteristics, offering superior aerodynamic performance in applications requiring wide airflow with moderate pressure. Compared to traditional axial fans, mixed flow fans deliver higher static pressure in a more compact footprint, making them ideal for HVAC, tunnel ventilation, smoke extraction, and industrial process systems.   What Are Mixed Flow Fans? Mixed Flow Fans are hybrid ventilation systems in which air moves through the impeller at an angle, combining axial air movement with centrifugal pressure characteristics. Compared with traditional axial fans, mixed flow designs provide higher pressure output while maintaining a compact installation footprint. This balanced airflow performance makes Mixed Flow Fans a preferred solution for systems where space limitations, efficiency standards, and consistent airflow are critical factors. Diagonal Flow Fans: A Hybrid Performance Solution Diagonal Flow Fans are a specialized subtype of mixed flow design where airflow follows a diagonal trajectory through the impeller. This unique geometry enhances air handling efficiency and pressure performance while maintaining lower noise levels — critical for industrial installations demanding both performance and quiet operation. Diagonal Flow Fan Advantages Diagonal Flow Fans are a specialized type of mixed flow fan in which airflow follows a diagonal path through the impeller. This design improves aerodynamic efficiency while reducing turbulence and noise ·   Higher pressure capability than axial fans ·   Lower noise levels compared to centrifugal fans ·   Compact housing suitable for confined installations ·   Improved airflow stability under variable operating conditions These characteristics make the Diagonal Flow Fan an ideal choice for industrial and commercial ventilation systems requiring both performance and acoustic control.   Common Industrial Applications of Mixed & Diagonal Flow Fans: ·   HVAC systems in factories and warehouses ·   Smoke extraction & fire safety ventilation ·   Cooling systems for machinery and electronics ·   Tunnel and underground ventilation ·   Commercial kitchen exhaust systems Why Choose Us as Mixed Flow Industrial Fan Suppliers As experienced Industrial Ventilation Equipment  Suppliers, we support global customers with reliable manufacturing capability, technical expertise, and responsive service. Our focus is not only on supplying fans, but on delivering complete ventilation solutions tailored to project requirements. As leading Mixed Flow Industrial Fan Suppliers, our engineering expertise and global supply chain support make us a trusted choice for OEM and project partners. With rigorous testing, responsive customer support, and tailored fan solutions, we serve industries worldwide with quality and reliability. learn more: https://www.smokeextractionfan.com/

Industrial Axial Flow Fans for Ventilation, Cooling & Smoke Extraction   Gooven axial flow industrial fans deliver reliable air movement solutions for both ambient and high-temperature applications. An axial flow fan is designed so that air moves parallel to the axis of the fan shaft, making it ideal for handling large volumes of air at relatively low pressure. Gooven axial flow fan designs can be fabricated from a wide range of materials to ensure dependable performance, even in extreme temperature environments. Common industrial applications include annealing processes, furnace recirculation, cooling systems, and general building ventilation.   An axial fan is a type of air-moving device that increases air pressure by directing airflow parallel to the fan shaft. As the blades rotate, air enters and exits the fan in the same axial direction, creating a linear, efficient flow path. Industrial axial fans use a propeller-style design to draw air into the fan and discharge it in the same direction. They are well suited for applications requiring high airflow volumes at relatively low pressure, making them ideal for exhausting contaminated air, supplying fresh air, and providing localized or general cooling. ，Common applications include process exhaust for paint spray booths, fume removal, ventilation air supply, and spot cooling of personnel, rooms, or machinery.   Looking for a high-performance Industrial Ventilation Equipment  for your project? Contact us today for technical consultation, detailed specifications, or a fast quotation. Typical Applications Axial Flow Fans are commonly used in: ·  Industrial workshops and manufacturing plants ·  Commercial and residential HVAC systems ·  Smoke extraction and emergency ventilation systems ·  Underground parking garages and tunnels ·  Power stations, substations and data centers ·  Warehouses, logistics centers and large public buildings These fans are especially effective where high airflow, continuous operation and efficient ventilation are essential.